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<strong>January</strong>/<strong>February</strong> <strong>2023</strong><br />
THE PREMIER UK JOURNAL FOR SURFACE TECHNOLOGY<br />
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l Titanium anodising<br />
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www.finishingmagazine.co.uk
THE POWER OF<br />
MEMBERSHIP<br />
CELEBRATING THE SEA<br />
AWARDS AND THE<br />
CHTA 50TH ANNIVERSARY<br />
GALA DINNER <strong>2023</strong><br />
The eagerly anticipated Surface Engineering Association<br />
Awards and CHTA 50th Anniversary Gala Dinner will<br />
be held at the The Grand Hotel, Birmingham, on<br />
Friday 20th October <strong>2023</strong>.<br />
From acknowledging high achievements in areas such<br />
as quality, environmental, marketing and product<br />
innovation, to recognising those companies who have<br />
excelled in the industry, both at home and abroad. The<br />
event aims to bring together major players in the entire<br />
surface engineering industry, including customers,<br />
suppliers and members of the SEA.<br />
This is a must-not-miss event for anyone who has a<br />
vested interest in this important sector, where we will<br />
be continuing on our mission of pushing the importance<br />
of surface engineering to manufacturing.<br />
This year is particularly special as we also celebrate the<br />
Contract Heat Treatment Association’s 50th anniversary.<br />
JOINING THE SEA<br />
WILL HELP YOU...<br />
Save money<br />
Save time<br />
Keep a step ahead with<br />
industry updates<br />
Enhance your reputation<br />
Gain political clout and expertise<br />
To register your interest and take full advantage of the<br />
pre-show publicity, discuss any questions, enquire about<br />
sponsorship or find out more, contact:<br />
Michaella Mais<br />
Business Development & Membership Manager<br />
0121 237 1123<br />
or email michaella.mais@sea.org.uk<br />
www.sea.org.uk<br />
Visit the members’ directory<br />
today to find a supplier or<br />
get help with your surface<br />
treatment requirements:<br />
https://www.sea.org.uk/<br />
member-directory/
www.finishingmagazine.co.uk CONTENTS 3<br />
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<strong>January</strong>/<strong>February</strong> <strong>2023</strong> – Volume 47 Number 1 – ISSN no. 0264 2506<br />
In this issue...<br />
<strong>2023</strong> has got off to a good start because as of today we haven’t got a new<br />
Prime Minister.<br />
It would be great to have some stability, and the word is that the price of<br />
energy may not hit the heights that many analysts have predicted, but this has to<br />
be balanced with news that energy help for businesses is to be rolled back in<br />
the spring. This is mixed news for manufacturers in the UK, but it is still a tough<br />
market out there and inflation is still high enough to be of concern. It is also vital<br />
that interest rates do not run out of control as this will affect consumer<br />
spending, as more than 1.8 million fixed rate deals are<br />
coming to an end this year.<br />
However, there are lots of companies still investing in the<br />
finishing market, so here’s to a successful <strong>2023</strong>!<br />
News<br />
Newsdesk . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4<br />
Features<br />
Cutting consumption . . . . . . . . . . . . . . . . . . . . . . . . .10<br />
Act to save energy . . . . . . . . . . . . . . . . . . . . . . . . . . .12<br />
Flow control . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .14<br />
World of fusion . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .16<br />
Expansion plan . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .22<br />
Carbon calculator . . . . . . . . . . . . . . . . . . . . . . . . . . . .34<br />
Rebrand for the future . . . . . . . . . . . . . . . . . . . . . . . .36<br />
An exotic interplay of electrons . . . . . . . . . . . . . . . . .38<br />
Sonic solution . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .40<br />
Regulars<br />
Installations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28<br />
Workshop . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46<br />
Classified listings . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47<br />
<strong>Finishing</strong> (formerly <strong>Finishing</strong> Industries) was established in 1947 and incorporates Metal<br />
<strong>Finishing</strong> journal, Electroplating & Metal <strong>Finishing</strong>, The Plant Journal, Surface Coatings, and<br />
Industrial <strong>Finishing</strong> & Surface Coatings. <strong>Finishing</strong> is a member of the Metal <strong>Finishing</strong><br />
Association, a sustaining member of the Institute of Metal <strong>Finishing</strong> and the UK representative<br />
of the Groupement International des Revues de Traitements de Surfaces.<br />
<strong>Finishing</strong> – <strong>January</strong>/<strong>February</strong> <strong>2023</strong>
4 NEWS www.finishingmagazine.co.uk<br />
Aluminium industry has chance to thrive<br />
The UK’s aluminium industry has<br />
a ‘once in a generation’<br />
opportunity to drive<br />
sustainability, the circular<br />
economy, and the transition to<br />
Net Zero according to a leading<br />
sector expert.<br />
Tom Jones, CEO of the<br />
Aluminium Federation (ALFED),<br />
made the rallying call after the<br />
release of the organisation’s<br />
latest report reveals more than<br />
39,000 people are directly<br />
employed in this manufacturing<br />
discipline, with a total GVA of<br />
nearly £3bn.<br />
Undertaken in partnership<br />
with the Fraser of Allander<br />
Institute, the document goes on<br />
to use an economic model that<br />
predicts the sector’s real value is<br />
closer to £7.4bn and supports<br />
employment of 104,000 full-time<br />
jobs when you consider the<br />
indirect impact of this unique<br />
material.<br />
The former toolmaking<br />
apprentice, who has spent 35<br />
years working at several highprofile<br />
global material producers<br />
before joining ALFED, believes<br />
aluminium’s lightweight<br />
properties and the fact it can be<br />
easily recycled will be crucial in<br />
helping UK manufacturing lead<br />
the way when it comes to Net<br />
Zero.<br />
However, he also warns that<br />
both the Government and the<br />
sector needs to be bolder and<br />
braver when it looks at<br />
increasing domestic capacity, so<br />
that it can support increased<br />
demand from the automotive,<br />
aerospace, construction,<br />
packaging, rail and shipbuilding<br />
supply chains.<br />
“We’ve come through Covid-<br />
19 and Brexit, and I’m pleased to<br />
say the impact of the Aluminium<br />
industry in the UK is growing<br />
once again and we stand on the<br />
verge of something really<br />
exciting…if we have the courage<br />
to lead the way in supporting<br />
sustainable manufacturing and<br />
the journey to Net Zero,”<br />
explained Tom Jones, who joined<br />
the Aluminium Federation nearly<br />
five years ago.<br />
“Demand is definitely out<br />
there, but, as it stands, we only<br />
have one primary smelter on our<br />
domestic shores and that will just<br />
not be enough going<br />
forward…we need to build<br />
supply chain independence at<br />
both the source and downstream<br />
in the producers of castings,<br />
extrusions and profiles.”<br />
He continued: “Aluminium is<br />
so light and strong, with its<br />
green credentials unmatched.<br />
For example, our Net Zero<br />
Report highlighted that 8g of<br />
carbon emissions are saved<br />
every kilometre for each 100kg<br />
reduction in a car’s mass, thanks<br />
to aluminium-driven<br />
lightweighting.<br />
“There’s up to a 50%<br />
reduction in a building’s energy<br />
consumption with intelligent<br />
facades using aluminium systems<br />
and a 40% decrease in foil<br />
thickness of packaging achieved<br />
by using this versatile material.<br />
“These are just three<br />
examples. There’s countless<br />
more and this is beginning to<br />
sway the thinking of automotive<br />
designers, architects and<br />
specifiers and those responsible<br />
for the safe transit of goods.”<br />
Electroplating<br />
market set for<br />
growth<br />
A report from Research &<br />
Markets says that the<br />
electroplating market is poised<br />
to grow by $6133.61m during<br />
<strong>2023</strong>-2027, accelerating at a<br />
CAGR of 6.97% during the<br />
forecast period.<br />
The report offers an up-todate<br />
analysis regarding the<br />
current global market scenario,<br />
latest trends and drivers, and<br />
the overall market environment.<br />
The market is driven by the<br />
rising demand for electroplating<br />
applications in the automotive<br />
industry, economic growth in<br />
China and India, and rising<br />
demand for electroplating in<br />
industrial applications.<br />
Companies mentioned in the<br />
report include Aalberts NV,<br />
Allied <strong>Finishing</strong> Inc., Bajaj<br />
Electroplaters, Birmingham<br />
Plating Co. Ltd., Dr.Ing. Max<br />
Schlotter GmbH and Co. KG,<br />
Interplex Holdings Pte. Ltd., J<br />
and N Metal Products LLC,<br />
Jing Mei Industrial Ltd., Klein<br />
Plating Works Inc., Kuntz<br />
Electroplating Inc., L. Possehl<br />
and Co. mbH, MKS<br />
Instruments Inc., Peninsula<br />
Metal <strong>Finishing</strong> Inc., Pioneer<br />
Metal <strong>Finishing</strong> LLC, Sharretts<br />
Plating Co. Inc., Sheen<br />
Electroplaters Pvt Ltd., Summit<br />
Plating, Tanaka Holdings Co.<br />
Ltd., and Toho Zinc Co. Ltd.<br />
Agreement reached<br />
Beckers Group says it has reached an agreement to sell its Railway<br />
Coatings business to KANSAI HELIOS for an undisclosed sum. The<br />
asset purchase agreement for the sale of the railway coatings business<br />
of Beckers company Becker Industrie SAS, Montbrison (France) was<br />
signed on December 9th, 2022. After completion of closing<br />
conditions, KANSAI HELIOS will acquire all business assets of Becker<br />
Industrie SAS in the Railway Coatings segment.<br />
The transaction is an outcome of Beckers’ strategic review and part<br />
of the transformation of Beckers into a focused sustainable innovationbased<br />
leader. It allows Beckers to increase efficiency and reinvest into<br />
strategic core segments and new products.<br />
As a part of this transaction, KANSAI HELIOS will establish its first<br />
subsidiary in France, KANSAI HELIOS France SAS. With this<br />
acquisition KANSAI HELIOS will further strengthen its competitive<br />
position in the railway coatings sector in Europe and worldwide.<br />
Christophe Sabas, CEO Beckers Group says: “This is a strategic deal<br />
for both parties. The Railway Coatings business will become an<br />
important part of KANSAI HELIOS’ growth strategy, while Beckers will<br />
be able to put more energy and resources behind our strategic<br />
businesses and new developments. We are very pleased to sell the<br />
Railway business to KANSAI HELIOS. Our committed Railway<br />
Coatings employees have been a much- appreciated part of Becker<br />
Industrie S.A.S. and I wish them the best of luck in the future. We<br />
know KANSAI HELIOS well and I am confident that joining the<br />
KANSAI HELIOS family will be good for those employees, customers<br />
and other stakeholders.<br />
<strong>Finishing</strong> – <strong>January</strong>/<strong>February</strong> <strong>2023</strong>
Innovation in Thru-Process<br />
Automotive Paint Monitoring<br />
Safe ATEX Certified Temperature Profiling<br />
Intrinsically Safe<br />
• 20 measurement<br />
channels<br />
• Paint & Powder coating<br />
• Includes Phoenix Factor<br />
cure index calculation<br />
New Optic Video Profiling System<br />
During Production<br />
• Detect paint runs, drips<br />
and defects<br />
• Spot transport problems<br />
• Identify oven damage<br />
Phoenix Temperature Measurement<br />
T:01353223100 E:sales@phoenixtm.com www.phoenixtm.com
6 NEWS www.finishingmagazine.co.uk<br />
A sustainability report on the global coatings market<br />
has been released<br />
Colour clues<br />
Axalta Coating Systems has released its 70th annual Global<br />
Automotive Colour Popularity Report, which revealed the top three<br />
automotive colors of 2022: white, black, and gray. First published in<br />
1953, Axalta’s annual color popularity report is the automotive<br />
industry’s longest running and most comprehensive colour account.<br />
“Today’s vehicles are more vibrant than ever,” said Robert Schnell,<br />
Vice President, Global Sales & Product Management, Axalta. “For<br />
example, compared to the white colour variations of the 1950s, these<br />
whites are brighter and beam with iridescent flakes. Together vehicles<br />
in white, black, gray, and silver add up to 82% of cars on the road<br />
today.”<br />
Globally, white shades held the lead (34% total) with pearlescent<br />
whites at 14% popularity and solid whites at 20%. Next, deep black<br />
colors radiate with sparkling effects and total 21% of vehicles on the<br />
road. And gray colors (19%) had sparkling effects in an assortment of<br />
colourful hues. Overall, colorful variations of blue (8%), red (5%) and<br />
green (1%) were found with high colour intensity and complex<br />
sparkling effects.<br />
REACH notes<br />
The Chemical Business<br />
Association (CBA) has welcomed<br />
the outcome of a consultation on<br />
whether to extend the transitional<br />
registration deadlines for UK<br />
REACH.<br />
The CBA has been<br />
instrumental in leading the<br />
discussions for the extensions,<br />
which follows on from a<br />
statement by Government in<br />
December 2021 that it would<br />
explore alternative arrangements<br />
for UK REACH registrations. At<br />
the same time, they advised their<br />
intention to consult separately on<br />
extending the deadlines, and<br />
which subsequent consultation by<br />
the Department of Environment,<br />
Food and Rural Affairs (DEFRA),<br />
concluded on 1st September<br />
2022.<br />
Together with stakeholders and<br />
other Associations, the CBA has<br />
been working tirelessly to make<br />
the Government aware of the<br />
impact of UK REACH, not only<br />
on the chemical industry supply<br />
chain and the wider chemical<br />
sector, but also on downstream<br />
users who were previously not<br />
win scope of the regulation.<br />
As part of its efforts, it has<br />
been providing expert advice<br />
and input to various working<br />
groups, while supporting<br />
members with online<br />
consultations and a one-to-one<br />
advice service through its<br />
Helpdesk. In addition, the<br />
association hosted several<br />
oversubscribed UK REACH<br />
Online Clinics which, due to the<br />
importance of the issue for the<br />
industry, were open to members<br />
and non-members alike.<br />
Feedback from the Clinics,<br />
which outlined the proposed<br />
timeline options, highlighted an<br />
overwhelming response in favour<br />
of Option 1, which would see the<br />
extension of submission deadlines<br />
for each tonnage band by three<br />
years to October 2026, October<br />
2028, and October 2030,<br />
respectively.<br />
The World Coatings Council is pleased to announce the publication<br />
of its inaugural report, Sustainability in the Global Paint & Coatings<br />
Industry. The report highlights the global industry’s ongoing<br />
sustainability efforts to advance technologies in coating science and<br />
manufacturing, while minimising impacts on human health and the<br />
environment.<br />
The report emphasizes the critical role coatings and the global<br />
industry play in contributing to the United Nations’ Sustainable<br />
Development Goals (SDGs), as framed by nine specific SDGs where<br />
industry can have the greatest impact:<br />
Good Health and Well-being (UN SDG #3);<br />
Quality Education (UN SDG #4);<br />
Clean Water & Sanitation (UN SDG #6);<br />
Decent Work and Economic Growth (UN SDG #8);<br />
Industry, Innovation and Infrastructure (UN SDG #9);<br />
Sustainable Cities and Communities (UN SDG #11);<br />
Responsible Consumption and Production (UN SDG #12);<br />
Climate Action (UN SDG #13); and<br />
Life Below Water (UN SDG #14).<br />
Featuring examples that support the World Coatings Council’s<br />
Sustainability charter, the global report underscores that coatings are<br />
essential to making products and our built infrastructure more<br />
sustainable by providing resistance and durability; providing critical<br />
performance properties for safe and healthy communities; and<br />
serving a critical role for applications in the health and food sectors,<br />
among many others. The report also highlights the industry’s efforts<br />
to achieve resource efficiency in production processes, consideration<br />
of raw material consumption, and implementation of health and<br />
safety measures to ensure decent work and economic growth.<br />
New site in China<br />
The Surface Treatment global business unit of BASF’s Coatings division,<br />
operating under the Chemetall brand, has celebrated the inauguration<br />
of its state-of-the-art surface treatment production site in Pinghu City,<br />
Zhejiang Province, China. Spanning across 60,000 square meters, the<br />
Pinghu site is BASF’s first production site located in the Dushan Port<br />
Economic Development Zone and its largest surface treatment site<br />
globally.<br />
“In July this year, we expanded our production capacity of<br />
automotive refinish coatings at our Jiangmen site in Guangdong<br />
Province. Today, we celebrate the opening of our new surface treatment<br />
site in Pinghu. We are strategically located closely to our customers to<br />
meet the local demands for our advanced and time-tested solutions.<br />
Our goal is to be a growth-oriented surface technology leader,<br />
providing sustainable solutions, services, expertise and innovations that<br />
support our customers in various industries and in our key growth<br />
market – China,” said Uta Holzenkamp, President, Coatings Division,<br />
BASF.<br />
“BASF is committed to growing in China, the world’s largest chemical<br />
market. It is our strategy to produce where our customers are. The<br />
Pinghu site is another good example to demonstrate our customer<br />
focus by enhancing our local technological and market positions,” said<br />
Jeffrey Lou, president and chairman, BASF Greater China.<br />
<strong>Finishing</strong> – <strong>January</strong>/<strong>February</strong> <strong>2023</strong>
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8 NEWS www.finishingmagazine.co.uk<br />
New chairman at the GA<br />
With nearly four decades of<br />
galvanizing industry experience,<br />
Galvanizers Association has<br />
decided that David Watkins, the<br />
current managing director of<br />
Hereford Galvanizers, has the<br />
vision to lead their membership<br />
through the current economic<br />
environment and help position<br />
galvanized steel as a core<br />
material within circular<br />
construction. The new Chairman<br />
is also CEO of Zinco<br />
International, a global leader in<br />
technical services and products<br />
to the galvanizing industry.<br />
Galvanizers Association, the<br />
representational body of the hot<br />
dip galvanizing industry in the<br />
UK and Ireland, announced<br />
recently that David Watkins will<br />
replace Ed Byrne, MD Galco<br />
Steel, as Chairman of the Board.<br />
Mr Watkins began working for<br />
Hereford Galvanizers in 1986<br />
and after a variety of roles in<br />
galvanizing Sales, Marketing and<br />
Operations, he became<br />
Managing Director in 2005. He<br />
takes up his position with GA as<br />
the industry faces difficult<br />
decisions around energy,<br />
inflation, and rising costs.<br />
Speaking recently Mr. Watkins<br />
said: “I am honoured to become<br />
chairman of our trade body and<br />
would like to give credit to the<br />
former chair for six years of hard<br />
work, helping the industry<br />
through Brexit and multiple<br />
Hi-line growth<br />
Covid lockdowns. The challenges<br />
facing me today are somewhat<br />
different but by no means less,<br />
as we continue operating at a<br />
time of high inflation and amid<br />
unprecedented concerns around<br />
rising energy costs. I see my role<br />
very much being to support the<br />
membership through this period<br />
and promote the valuable role of<br />
hot dip galvanizing wherever<br />
possible.”<br />
William Smith, (Executive)<br />
Director of Galvanizers<br />
Association adds: “We are very<br />
pleased to be working with<br />
David to highlight the significant<br />
contribution that hot dip<br />
galvanized steel makes to the<br />
built environment throughout<br />
UK and Irish infrastructure. He<br />
has a wealth of knowledge<br />
about the role galvanizing can<br />
play in helping the construction<br />
sector transition to net zero, and<br />
is excellently placed to help our<br />
members navigate the<br />
challenges presented by the<br />
current and emerging operating<br />
environment.”<br />
Hi-line Industries is reporting continued growth in year-on-year sales,<br />
with results for the last quarter well ahead of forecast. This positive<br />
news is a reflection of the added value provided by the company’s<br />
products and services, which help UK users of compressed air to<br />
achieve genuine competitive gain.<br />
To support its growing sales, Hi-line has completed a management<br />
reshuffle that will ensure its expanding customer base can take<br />
advantage of even higher service levels. Following on from the<br />
appointment of Steve Smith as managing director in May 2022, Brad<br />
Beesley is now general manager, heading up the sales department. In<br />
addition, Darren Sims now sits at the helm of the technical department<br />
as the company’s new technical director, while craig watson takes up<br />
the role of business administration manager to lead Hi-line’s<br />
administration department. All report directly to Steve Smith.<br />
In another notable investment, Hi-line’s technical department is<br />
looking to implement new software that will further enhance the<br />
company’s CRM (Customer Relationship Management) activities. The<br />
new software suite, which will be of great benefit to Hi-line’s service<br />
contract customers, will integrate with the company’s cloud-based Xero<br />
accounting software.<br />
’QUALICOAT Trains the Lab Technicians’<br />
By Angus Mackie - QUALICOAT UK & Ireland Chair<br />
As you would expect from the name of the QUALICOAT<br />
specification for powder coating architectural aluminium profiles,<br />
consistent quality is paramount for applicator licence holders of the<br />
Association. This is only achieved by regular monitoring of the<br />
powder coating process through the members test laboratory and<br />
this is where the Laboratory Technicians step in.<br />
It is now mandatory that the applicator licence holders Laboratory<br />
Technicians attend a refresher training course at least once every two<br />
years. This ensures that the latest developments in the QUALICOAT<br />
Specification for production monitoring and testing is implemented<br />
and maintained. This, in turn, will ensure compliance with the<br />
Specification when unannounced applicator plant inspections are<br />
undertaken every six months. Passing these quality audits ensures<br />
that an applicator maintains their licence to offer the QUALICOAT<br />
Specification. For specifiers this is a key reason why they specify<br />
QUALICOAT for all their architectural powder coating. The yearly<br />
training meetings, a QUALICOAT specification requirement, are<br />
organised by IFO who are QUALICOAT UK & Irelands independent<br />
test house located in Germany.<br />
This years training day was for the first time in three years held in<br />
person hosted in Milton Keynes by pretreatment member<br />
Chemetall, who made available testing equipment for chrome-free<br />
analysis including photometers and a hand held x-ray machine.<br />
Twenty five participants from all over the UK attended to discuss<br />
specification updates and listen to technical presentations.<br />
Industrial Physics, a global test and inspection equipment supplier,<br />
offered additional measurement equipment, specifically introducing<br />
and explaining equipment that monitors the cure index. Akzo<br />
Nobel offered a presentation explaining how powder formulations<br />
are produced, specifically which materials were used to offer the<br />
various classes of coatings for extended gloss and colour retention.<br />
Oliver Boegler, Head of Inspections at IFO, gave an overview of<br />
coating various aluminium alloys, coating testing methods and an<br />
update on the latest QUALICOAT specifications.<br />
With four new powder coating applicators receiving their licences<br />
recently and further applicators currently undergoing training and<br />
review by IFO, the majority of architectural powder coaters in the<br />
UK & Ireland are licensed to supply to the QUALICOAT<br />
specification and carry the QUALICOAT label.<br />
The QUALICOAT Specification is continually and incrementally<br />
revised in real time with regular update sheets, the specification is<br />
completely rewritten at year end to include all updates. The global<br />
Specification, its appendices and any update sheets are always freely<br />
available for download at www.qualicoat.net. For details on the<br />
availability of various colours and finishes contact any QUALICOAT<br />
UK & Ireland member for more information. For updated<br />
information about the use and specification of QUALICOAT in the<br />
UK and Ireland, please visit the UK & Ireland Association website at<br />
www.qualicoatuki.org.<br />
In the next issue<br />
Powder coating<br />
Ovens &Curing<br />
<strong>Finishing</strong> – <strong>January</strong>/<strong>February</strong> <strong>2023</strong>
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10 ENERGY<br />
Cutting consumption<br />
FPS Air Compressors can provide a<br />
number of tips and initiatives to reduce<br />
the energy consumed by compressed air<br />
systems. In particular, the company offers the<br />
new NOBEL PM series of oil-injected rotary<br />
screw compressors, which feature IE4<br />
permanent magnet motors, variable speed<br />
drives and an extended airflow range for the<br />
highest level of energy efficiency and quiet<br />
operation. This industry-leading performance<br />
helps to counter the current trend of spiralling<br />
energy costs, which look likely to remain high<br />
for the foreseeable future. Compared with the<br />
operating costs of a standard compressor. As<br />
an example, a user operating a 37 kW Nobel<br />
DVPM air compressor can enjoy savings of up<br />
to £25,000 a year or more.<br />
Compressed air usage represents a<br />
significant proportion of electricity costs at<br />
manufacturing plants, food production<br />
facilities, machine shops, packaging plants,<br />
garages, body shops and woodyards –<br />
essentially any facility using compressed air. A<br />
big part of the solution is to get savvy about<br />
specifying the optimal technology, notably the<br />
compressor. The energy costs linked to an air<br />
compressor’s operation during its service life<br />
represent more than 80% of total lifecycle<br />
costs.<br />
There are three principal compressor<br />
metrics to consider: specific energy; greater<br />
FAD (free air delivery) performance; and a<br />
wider operating range to suit varying<br />
demand.<br />
The specific energy value reveals how<br />
much power (kW) is used to generate a<br />
specific volume of compressed air (1m³).<br />
Users unfortunately often overlook this highly<br />
accurate measure of an air compressor’s<br />
energy efficiency. However, NOBEL PM series<br />
models from Power System deliver a 3-8%<br />
better specific energy performance in<br />
comparison with competitor alternatives.<br />
Regarding the second metric, the maximum<br />
available capacity is important because a<br />
compressor with better FAD performance is<br />
able to cope with peaks in demand that would<br />
otherwise require an additional or even larger,<br />
higher energy consuming compressor. NOBEL<br />
PM models provide extremely high maximum<br />
capacity figures compared with competitors.<br />
For example, the 22kW NOBEL 24 DVPM<br />
has an FAD performance delivering over 4500<br />
l/min, which is almost 10% better than<br />
industry peers.<br />
The third metric considers the operating<br />
range of a variable-speed compressor. This<br />
factor is important in satisfying the fluctuating<br />
demands of production and in preventing the<br />
air compressor from entering an ‘idle’ state,<br />
which is extremely wasteful in energy. To<br />
avoid this situation, NOBEL DVPM models<br />
operate with a wide range of between 15%<br />
and 100% of available capacity.<br />
There are many reasons for the highefficiency<br />
performance levels of NOBEL<br />
DVPM air compressors, not least the<br />
introduction of permanent magnet motors<br />
and high-performance inverters. These<br />
technologies help compressed air users to<br />
take advantage of IE4 ‘Super Premium’ class<br />
efficiency, the highest available according to<br />
IEC 60034-30-1. Further innovations include<br />
an efficient intake regulator and a minimumpressure<br />
valve that minimises pressure loss to<br />
reduce energy consumption.<br />
Notably, the volume of compressed air<br />
generated by the cutting-edge NOBEL PM<br />
series aligns exactly to system requirements,<br />
achieved by regulating the speed of the<br />
electric motor. In other words, the system<br />
provides a continuously adjusted air output to<br />
match actual usage, meaning that users only<br />
expend power, for the volume of air required.<br />
Such impressive performance offers<br />
incredibly fast ROI (return on investment),<br />
with NOBEL PM series compressors typically<br />
paying for themselves in circa 12-18 months,<br />
sometimes less, when replacing an equivalent<br />
fixed-speed compressor.<br />
The high efficiency levels combine with a<br />
direct transmission system featuring a flexible<br />
coupling that minimises component wear and<br />
reduces noise, and optimised controls in the<br />
form of the new and intuitive LOGIN<br />
multicolour touchscreen controller. Featuring<br />
an internal memory card for data recovery,<br />
LOGIN is ideal for remote control and multicompressor<br />
management for up to eight<br />
compressor and as part of IoT<br />
digitalisation/connectivity projects.<br />
These advanced technologies, alongside the<br />
use of latest-generation air-end units, has<br />
facilitated the creation of the most innovative<br />
and reliable compressor available. The result:<br />
maximum energy savings and a subsequent<br />
reduction in CO2 emissions. The extremely<br />
compact, Italian manufactured NOBEL PM<br />
series compressors are not only an ecological<br />
choice, but they also offer among the lowest<br />
noise values in their category – as low as 58<br />
dB(A).<br />
A full NOBEL PM range is available from<br />
18.5 to 90 kW, with the 24, 39 and 45<br />
DVPM models typically offering the best<br />
performance in their market segment.<br />
<strong>Finishing</strong> - <strong>January</strong>/<strong>February</strong> <strong>2023</strong>
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12 ENERGY<br />
Act to save energy<br />
Everyone, whether in private households<br />
or in industry and crafts, has now<br />
unmistakably experienced the enormous<br />
price increases for fossil fuels for heat and<br />
electricity.<br />
Countering these enormous additional<br />
costs, even in the short term, certainly involves<br />
saving and thus reducing consumption.<br />
However, a distinction must be made here as<br />
to whether less of the same is used or<br />
whether alternative options are used for the<br />
respective heat or energy consuming process.<br />
In both cases, innovative, efficient technologies<br />
are of outstanding importance and the use in<br />
the short-term of verified and climate-friendly<br />
replacements is essential. We need solutions<br />
now for the significant reduction in energy<br />
expenditure and its resulting cost –production<br />
and industrial processes cannot run without<br />
energy.<br />
In addition, fossil fuels, such as gas, oil, coal<br />
and wood pellets are now undisputedly<br />
recognized as drivers of CO2-induced climate<br />
damage - thus certainly not desirable options<br />
for alternative solutions - if at all only to<br />
compensate for<br />
ad hoc supply bottlenecks.<br />
Replacement solutions already exist - even<br />
now - so-called complete electro-thermal<br />
based heating and thermal process solutions.<br />
These are usually also available more<br />
intelligently than the electrical heating of<br />
gas/air volumes and allow, instead of burning<br />
fossil carriers i.e. Natural gas, as well as<br />
provide a significantly more energy-efficient<br />
target processes.<br />
Particularly outstanding here are the<br />
aNIR/aLITE platform technologies, some of<br />
which have already been used commercially<br />
for years in a wide variety of printing, coating<br />
and other surface processes. Nevertheless, in<br />
the past, due to the extreme cost advantages<br />
of purchasing gas compared to electricity<br />
Price/kWh by a factor of up to > 4 (!), the<br />
demonstrably enormous energy savings of<br />
aNIR/aLITE of > 3, often even more than this,<br />
were able to overcompensate for the resulting<br />
energy costs. This no longer applies since the<br />
beginning of this year or when the effects of<br />
new or renegotiated energy contracts!<br />
With the aNIR/aLITE technologies, gas price<br />
increases of ≥ 4 can be neutralized and<br />
electricity price increases can be extremely<br />
mitigated because of the reduced and efficient<br />
use of energy. In addition, approx. 2 – 3 kg (!)<br />
of CO2 emissions are avoided for each<br />
replaced kWh of gas heat.<br />
The aNIR/aLITE technologies enable other<br />
thermal or thermo-chemical process solutions<br />
in addition to the diverse applications as<br />
drying or oven solutions.<br />
adphos offers quantified, i.e Gas saver<br />
analysis and aNIR/aLITE fallback solution<br />
assessments. Many of these analyses result in<br />
a short-term payback of less than 18 months,<br />
often even less. The aLITE<br />
replacement/conversion solutions can usually<br />
be implemented within 6 – 9 months.<br />
The first users of the conversion/upgrade<br />
option offered by adphos with the innovative<br />
adphos technology (aNIR/aLITE) are already<br />
independent of gas purchases and were<br />
therefore able to make a positive contribution<br />
to combating the climate crisis.<br />
<strong>Finishing</strong> - <strong>January</strong>/<strong>February</strong> <strong>2023</strong>
14 ENERGY<br />
Flow control<br />
Since 2018 the Accuride Wheels GmbH<br />
in Solingen belongs to the US American<br />
Accuride Corporation. The headquarters<br />
of Accuride Wheels Europe & Asia are in<br />
Solingen. The company produces wheels for<br />
the automotive, utility vehicle, agricultural and<br />
construction machinery industries at several<br />
national and international plants. The location<br />
in North-Rhine-Westphalia with approximately<br />
350 employees has been specializing in the<br />
production of steel wheels for the utility<br />
vehicle industry since 2020, prior to this they<br />
also produced wheels for passenger cars.<br />
Practically all truck manufacturers are among<br />
their customers, to whom the wheels are<br />
delivered in the paint they desire. All<br />
production sites have their own inhouse<br />
painting lines for pre-treatment, cathodic dip<br />
priming and application of top coat.<br />
In order to produce CO2 neutrally by 2038<br />
at the latest, the company is implementing<br />
measures step by step to save electricity and<br />
gas. Accordingly, the aim was to make the<br />
paint shop's pre-treatment system dating back<br />
to 1971 more energy-efficient. It comprises<br />
eight spray zones for the degreasing,<br />
activating, phosphatizing, passivating and<br />
rinsing process steps. The respective process<br />
fluids are delivered by pumps with motor<br />
ratings between 15 and 42 kW, and the<br />
operating pressures had been indicated by<br />
analog pressure gauges so far. 'Since none of<br />
the pumps were operated with closed-loop<br />
control, they ran full-time at 100% power in a<br />
three-shift schedule. Excess fluid was returned<br />
unused via bypass lines, leading to a<br />
significantly higher energy demand than<br />
necessary' says Peter Fuchs, expert for surface<br />
technologies at Acccuride Wheels. 'An article<br />
in a specialized magazine drew my attention<br />
to the Ecoclean DFC dynamic volume flow<br />
control system. After having established<br />
contact by phone, an employee from Ecoclean<br />
inspected our equipment on site and noted<br />
the technical data and the energy<br />
consumption we have had so far.' The DFC<br />
control system is a hardware and software<br />
solution developed by Ecoclean. It facilitates<br />
automatic, precise and fast control of the<br />
pumps in line with actual demand based on<br />
the measured quantities pressure and volume<br />
flow.<br />
Based on the process, production and<br />
equipment data and the previous energy<br />
consumption, Ecoclean performed a potential<br />
analysis. It considered the fact that the<br />
transport racks do no longer have two car<br />
wheels and one truck steel wheel as before,<br />
but only two wheels for trucks. The analysis<br />
forecast an energy reduction of approximately<br />
40 per cent.<br />
Controlled in line with demand<br />
based on operating pressure and<br />
volume flow<br />
Control is based on the operating pressure<br />
defined for the respective media circuit, and<br />
the corresponding volume flow. In order to be<br />
able to measure both, electronic pressure and<br />
volume flow sensors were installed in the<br />
existing supply lines of the zones and each<br />
feed pump was fitted with a variable<br />
frequency drive (VFD). As the VFDs could not<br />
be integrated into the existing switchgear<br />
cabinets for lack of space, they were installed<br />
on special mounting panels.<br />
The pressure and volume flow values<br />
determined by the sensors are continually<br />
transferred to the DFC control software that<br />
has been custom-adapted to Accuride<br />
Wheels' needs. The respective pump is<br />
controlled as a function of current demand,<br />
delivering the actually needed quantity at the<br />
actually required pressure.<br />
Installation without production<br />
shutdown<br />
The pre-treatment line at Accuride Wheels<br />
operates five days a week in three shifts. For<br />
an integration without interrupting production,<br />
numerous work items such as installation of<br />
the VFDs, preparations for installation of the<br />
sensors and cables were carried out offline.<br />
The actual integration of the DFC controllers<br />
could thus be made on three weekends<br />
without interrupting production. 'From<br />
consulting via project planning to<br />
implementation, Ecoclean optimally supported<br />
us. The company's expertise and their<br />
technical support are definitely beneficial for<br />
us,' comments Peter Fuchs.<br />
High savings already in the<br />
adaptation phase<br />
We have been working with the DFC<br />
controllers since <strong>February</strong> 2022. Right from<br />
the beginning the pumps were set to 80<br />
percent of the previous power. To ensure the<br />
quality of the paintwork on the one hand and<br />
to fully exploit the existing savings potential<br />
on the other, the settings continue to be<br />
adjusted further step by step.”<br />
<strong>Finishing</strong> - <strong>January</strong>/<strong>February</strong> <strong>2023</strong>
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16 POWDER<br />
World of fusion<br />
Additive Manufacturing (AM) in the form<br />
of powder bed fusion (PBF) is known<br />
for its flexibility and design freedom as<br />
well as more efficient material processing,<br />
compared to conventional manufacturing<br />
methods. However, the technology is not yet<br />
economically viable at an industrial scale due<br />
to a number of reasons. The possible part size<br />
is limited and the final component quality is<br />
highly dependent on the quality of the<br />
powder used. To bring AM for metal and<br />
alloy processing to an industrial level, ALD<br />
Vacuum Technologies combines three proven<br />
technologies for large components while<br />
maintaining high productivity: high<br />
temperature vacuum environments, efficient<br />
electron beam technology, and powder<br />
distribution under vacuum. The company<br />
succeeded in building the world’s largest E-<br />
PBF system, thus enabling the production of<br />
components significantly larger than<br />
established PBF-concepts allow. Components<br />
like turbine parts or implants are built by<br />
selective melting of metal powder layers made<br />
of titanium alloys such as Ti64 or titanium<br />
aluminide, nickel-based superalloys, copper or<br />
refractory metals.<br />
Additive manufacturing processes like<br />
powder bed fusion are becoming increasingly<br />
popular in metal processing due to their low<br />
material consumption and flexibility. “Instead<br />
of subtracting material through conventional<br />
operations such as milling, the desired parts<br />
are formed in layers by melting and fusing<br />
metal powder using a strong heat source like<br />
a laser or electron beam,” Dr. Fuad Osmanlic,<br />
Vice President Additive Manufacturing at ALD<br />
explains. “In general, this allows better control<br />
of resources and results in less material waste<br />
and lower energy consumption.” However,<br />
<strong>Finishing</strong> - <strong>January</strong>/<strong>February</strong> <strong>2023</strong><br />
continues on page 18
Unit 10, Southlink Business Park,<br />
Hamilton Street,<br />
Oldham, OL4 1DE
18 POWDER<br />
processes such as PBF are often still limited to<br />
industrial scale manufacturing, particularly in<br />
terms of component size which reduces the<br />
range of possible parts. In addition, the quality<br />
of the production depends on the powder<br />
used and can, for example, deteriorate the<br />
mechanical properties of the component and<br />
thus reduce the yield. Depending on the<br />
system design, the process can also be very<br />
energy-intensive and time-consuming, making<br />
conventional manufacturing processes more<br />
viable in certain situations.<br />
In order to eliminate these disadvantages,<br />
ALD uses its many years of expertise to<br />
convert various techniques into plant designs<br />
that are geared towards serial production with<br />
high flexibility, in-depth process control and<br />
optimized resource management. This has<br />
resulted in the so called EBuild: a completely<br />
new plant design for the Electron beam<br />
Powder Bed Fusion (E-PBF) process. It is the<br />
first system on the market suitable for both<br />
large-scale parts and high-volume production.<br />
Among other features, a special powder<br />
application system, highly efficient electron<br />
beam technology and heat-repellent materials<br />
enable an increase in efficiency in end<br />
products, such as turbines, while significantly<br />
reducing material consumption compared to<br />
conventional manufacturing processes.<br />
Furthermore, the system is designed to be<br />
completely vacuum-tight, enabling the additive<br />
manufacturing of metal parts in vacuum or a<br />
controlled inert gas atmosphere. The synergy<br />
between the individual system components<br />
and a smart control system leads to cost<br />
reduction and lower carbon footprint of<br />
production and product life cycle.<br />
26-fold build volume compared<br />
to market leader in E-PBF<br />
In its basic configuration the EBuild® 850<br />
system is designed to produce metal parts<br />
with dimensions up to 850*850*1,000 mm³<br />
out of metal powder by layer-wise selective<br />
electron beam melting and subsequent<br />
solidification. The main system components<br />
include an electron beam gun, a retractable<br />
build chamber, a process chamber connected<br />
to an advanced powder application system, as<br />
well as mobile withdrawal and extraction units.<br />
A second build chamber may complement this<br />
setup in order to perform the melt and cool<br />
down processes in one chamber while<br />
extracting the parts and powder from the<br />
second one and prepare it for the next built.<br />
“In order to overcome the limitations in<br />
component size, we have deliberately worked<br />
to expand the chamber design to many times<br />
the usual dimensions without sacrificing<br />
process quality,” Dr. Osmanlic explains.<br />
Therefore the high-precision withdrawal unit<br />
can position a powder bed weighing up to 15<br />
t with an accuracy of approx. 0.01 mm and a<br />
total build height of approx. 1,000 mm.<br />
In order to apply the base material, the<br />
powder application system, which can even<br />
handle powders with low flowability, is filling<br />
the build area through a uniform powder<br />
distribution. Therefore, the feeder platform is<br />
raised exactly by the height defined by the<br />
operator. This ensures that the powder fed to<br />
the rake always remains constant. To prevent<br />
the high process temperatures during melting<br />
from affecting the powder distribution, the<br />
application system is water-cooled. “It was<br />
important to us that our powder application<br />
system can also handle powders with low<br />
flowability to increase the powder yield, which<br />
both saves resources and lowers the price per<br />
kilogram,” Dr. Osmanlic adds. While the rake<br />
is feeding new material layer by layer, the<br />
electron beam selectively melts the powder in<br />
alignment with the defined component<br />
contours until the part is finished and ready to<br />
be handed over to the extraction unit for<br />
cooldown. All chamber walls and components<br />
exposed to high temperatures are equipped<br />
with heat shields to keep energy consumption<br />
moderate during melting and avoid heat loss.<br />
Moreover, all valves exposed to powder and<br />
metal dust have been equipped with specific<br />
protection devices to ensure reliable<br />
functionality under this severe operating<br />
environment. “These types of valves have<br />
been field-proven in similar applications under<br />
production-scale conditions for many years,”<br />
Dr. Osmanlic adds.<br />
Digital twin with back-scattered<br />
electron imaging<br />
In order to meet the demands of industrial<br />
series production, the system has a high level<br />
of automation. This is accompanied by state of<br />
the art process monitoring, closed loop<br />
control, data logging, status indication, fault<br />
and alarm annunciation, as well as safety<br />
interlocks to warrant a safe and efficient<br />
operation. A feature to be emphasized is the<br />
back-scattered electron imaging: it offers the<br />
possibility to enable automatic fault detection<br />
through high contrast layer imaging as well<br />
constructing a digital twin as a 3D model. The<br />
entire process preparation, control and<br />
monitoring can be carried out via a PC or the<br />
built-in interface. Thereby, all relevant<br />
functions are being visualized and the whole<br />
operating design is self-explaining and easy to<br />
operate. In addition, several local control<br />
panels installed in the operating area allow<br />
specific system functions to be executed<br />
locally. “Even with a high amount of<br />
automation we value operational flexibility and<br />
control where needed,” Dr. Osmanlic explains.<br />
Since implementing AM in metal processing<br />
can be a risky decision due to missing<br />
experience with the technologies involved,<br />
ALD comprehends the EBuild® 850 concept<br />
as a joint venture. In close coordination with<br />
the buyer, the plant design is projected and<br />
tailored to the demands on site, thus<br />
equipping the user with a turn-key system<br />
including process and production support.<br />
“Switching to new technologies in one’s<br />
production can be daunting and<br />
overwhelming without exploiting the full<br />
potential. Therefore, the EBuild® 850 is not<br />
an off-the-shelf plant, but specifically tailored<br />
to fully access the greater design freedom as<br />
well as enabling to produce what is needed,<br />
when it is needed – without having to fear<br />
exploding energy costs and high material<br />
waste,” Dr. Osmanlic sums up.<br />
<strong>Finishing</strong> - <strong>January</strong>/<strong>February</strong> <strong>2023</strong>
SMART SOLUTION FOR<br />
POWDER COATING.<br />
NOW EVEN MORE POWERFUL.<br />
E-Line Plus<br />
• Economical entry into automatic coating<br />
• Optimised powder recovery with Energy Efficiency Package (EEP)<br />
• Easy and fast colour change<br />
• Combination with PXM powder centre: Automatic fresh powder<br />
supply and integrated system control via 15.6 inch touchscreen<br />
wagner-group.com<br />
Contact<br />
Wagner Spraytech (UK) Ltd<br />
a Member of WAGNER GROUP<br />
Telephone: 01327 368410<br />
enquiries@wagner-group.com
20 POWDER COATING<br />
Powder coating & seaside class<br />
The quality of any architectural powder<br />
coating relies on its ability to adhere to<br />
the aluminium substrate. If there is no<br />
‘key’ to adhere to, the powder coating is<br />
prone to chipping or flaking off in use. As<br />
powder coating is porous at the molecular<br />
level, an untreated aluminium substrate,<br />
subject to weathering, will oxidise under the<br />
coating if it is not completely sealed. So, no<br />
matter the quality of the powder coating that<br />
is applied, it will not offer the anticipated life<br />
expectancy should the thin ‘conversion<br />
coating’, part of the pretreatment process<br />
which offers the seal and key to the surface of<br />
the aluminium, be poor, or indeed not<br />
present.<br />
The surface of the extruded aluminium also<br />
carries contaminants from the extrusion<br />
process which, if left on the surface of the<br />
aluminium, will reduce the performance of the<br />
‘conversation coating’ so this needs to be<br />
removed. Removing the contaminants from<br />
the extrusion is part of the pretreatment<br />
process undertaken by either dipping or<br />
spraying an acid or alkaline solution which<br />
etches the surface removing a minimum of<br />
1g/sm of aluminium. Without this surface etch<br />
potential corrosion could form around the<br />
contaminants on the aluminium substrate<br />
once coating has been completed. Given that<br />
the pretreatment process is undertaken<br />
correctly, architectural powder coated products<br />
will offer an extensive life expectancy in most<br />
locations. The pretreatment process is actively<br />
monitored by members of the Association and<br />
third party inspected by IFO, QUALICOAT<br />
UK & Ireland’s independent test house.<br />
Introduced in 2008, QUALICOAT also offer<br />
a ‘Seaside’ class of powder coating where the<br />
minimum removal of aluminium surface is<br />
increased to 2g/sm using a dip or spray<br />
process of either an acid or a combination<br />
acid/alkaline etch. This deeper etch removes<br />
more contaminants and therefore offers a<br />
more robust pretreatment for areas where<br />
atmospheres carry corrosive salts (chlorides)<br />
and other aggressive pollutants.<br />
QUALICOAT licensed applicators who wish<br />
to offer ‘Seaside’ class coatings need to apply<br />
for an additional licence. The applicator needs<br />
to demonstrate that they can remove the<br />
2g/sm by process and monitoring, plus the<br />
applicator must offer a coated ‘Seaside’<br />
sample for an additional filiform corrosion test<br />
carried out in the IFO laboratory.<br />
Filiform corrosion, is a spider like corrosion<br />
that creeps under the powder coating and<br />
runs along the aluminium grain boundaries. A<br />
deeper acid or alkaline etching removes more<br />
trace elements from these areas making the<br />
grain boundaries more resistant to corrosion.<br />
The pretreatment conversion coating can then<br />
be applied using any of the QUALICOAT<br />
approved systems. Statistically, with this<br />
greater etch of 2g/sm, filiform resistance is<br />
increased significantly.<br />
Another method of increasing resistance to<br />
filiform corrosion is by using a ‘preanodisation’<br />
process, sometimes referred to as<br />
PREOX or Flash Anodising. A more expensive<br />
pretreatment, this thin anodising film of just 4-<br />
8 µm (microns) totally removes all the grain<br />
boundaries, so there are no places where<br />
filiform corrosion may take hold, consequently<br />
the protection rate is statistically increased to<br />
100%. Licensed applicators may now source<br />
pre-anodised profiles from other licensed<br />
plants so that they may take advantage of the<br />
increased level of protection that this process<br />
can offer.<br />
Technically, the QUALICOAT standard is<br />
the most robust specification readily available<br />
in the UK & Ireland as it specifies minimum<br />
etch requirements within the pretreatment<br />
process for enhanced ‘Seaside’ applications<br />
and includes regular finished powder coated<br />
surface laboratory tests for filiform corrosion<br />
resistance, something which BS EN 12206-1<br />
does not require.<br />
<strong>Finishing</strong> - <strong>January</strong>/<strong>February</strong> <strong>2023</strong>
Coating Thickness Gauge for Non-Metal Substrates<br />
NEW Design and Features<br />
Non-destructively measures paint thickness<br />
over wood, concrete, plastic and more using<br />
proven ultrasound technology. Advanced<br />
models measure up to 3 individual layers<br />
with graphics.<br />
n Ready to measure—no adjustment required for most applications<br />
n Responsive transducers provide fast, accurate readings<br />
n Max Thick Mode displays the deepest ultrasonic echo<br />
eliminating the need to adjust the Lo Range—ideal for<br />
ignoring unwanted surface echos.<br />
n Conforms to ISO 2808 and ASTM D6132<br />
Ideal for measuring<br />
polyurea and other<br />
thick protective<br />
coatings on<br />
concrete<br />
DFT Instruments (UK) Limited<br />
Long Drive, 16A Meadway, Berkhamsted, Herts HP4 2PN<br />
t: 01442 879494 f: 01442 879595<br />
www.dftinstruments.co.uk e: sales@dftinstruments.co.uk<br />
Proud supplier of DeFelsko Inspection Instruments
22 COATINGS<br />
Expansion plan<br />
Curtiss-Wright Surface Technologies,<br />
Everlube Coating Products have<br />
partnered with BioCote to expand their<br />
fluoropolymer coating product range to create<br />
Fluregiene 200: an antimicrobial coating that<br />
is ideally suited for many surfaces and<br />
environments.<br />
Based on existing Everlube coating<br />
technology, the new Fluregiene 200 is a<br />
unique fluoropolymer coating that offers low<br />
friction, easy-clean properties combined with<br />
superb<br />
chemical and abrasion resistance. With a<br />
view to improving hygiene standards,<br />
Everlube Coatings have integrated BioCote<br />
antimicrobial technology to protect the coating<br />
from microbes such as bacteria, mould and<br />
fungi. Benefits of applying antimicrobial<br />
technology into the Fluregiene 200 include:<br />
Anti-fouling<br />
• Low COF Surface coating (0.08 – 0.2<br />
static)<br />
• Corrosion resistance and excellent<br />
chemical resistance<br />
• Excellent chip and abrasion resistance<br />
• Reduces and prevents build-up of<br />
contaminates<br />
• Excellent flexibility<br />
• Dirt and debris less likely to attach to the<br />
surface<br />
Microbial & bacteria growth<br />
inhibitor<br />
• Using patented BioCote® antimicrobial<br />
technology against microbial growth<br />
• Inhibits and reduces microbial growth on<br />
protected coating<br />
• Protects treated surfaces against bad<br />
odours, staining and material degradation<br />
Easy clean and reduced cleaning<br />
intervals<br />
• Provides continual microbial reduction on<br />
coating<br />
• High PTFE content allows easy wipe down<br />
and cleaning<br />
• Provides more hygienic and cleanable<br />
surface than brushed or finished steels<br />
Applicable to a wide range of parts and<br />
components such as door handles, elevator<br />
buttons, airport seating and gym equipment,<br />
the Fluregiene 200 will be highly beneficial<br />
for these surfaces.<br />
BioCote also has real-life data to support the<br />
application of this antimicrobial technology in<br />
environments such as health care, transport,<br />
education, public areas and much more.<br />
For more information on Fluregiene 200<br />
and Everlube Coating Products, please contact<br />
our coatings team on: T +44 (0)1386 421444<br />
info@cwst.co.uk www.cwst.co.uk<br />
<strong>Finishing</strong> - <strong>January</strong>/<strong>February</strong> <strong>2023</strong>
gemapowdercoating.com<br />
High-quality solutions<br />
for powder coating<br />
Gema Europe Srl | Via Goldoni, 29<br />
20090 Trezzano s/N | Italy<br />
T +39 02 48 400 486<br />
Gema Europe Srl – UK Branch<br />
Tel: 0044 1202 763 942<br />
Email: uk.sales@gema.eu.com
24 MEASUREMENT<br />
Flexible way<br />
Industrial coatings applied to substrates like<br />
metal, plastic, glass, and composite protect<br />
various products from corrosion and<br />
damage to extend lifespan. Commercial<br />
coatings are also routinely applied to wood,<br />
metal and concrete structures to protect<br />
against mechanical, chemical, and<br />
environmental degradation while improving<br />
aesthetics. To ensure quality, manufacturers<br />
that utilize or formulate coatings rely on<br />
various methods of testing to determine<br />
resistance to friction, peel, wear, and<br />
scratches.<br />
Without the necessary adhesive strength or<br />
durability, it is possible for a coating to<br />
bubble, flake, peel, or otherwise fail<br />
prematurely. Depending on the application,<br />
this can cause costly warranty issues as well as<br />
safety issues that can compromise the<br />
manufacturer’s reputation and market share.<br />
As an example, for several years a popular<br />
minivan struggled with paint blistering and<br />
bubbling in the heat, direct sun, and exposure<br />
to road salt in northern regions.<br />
“Paint and primer would start to flake off<br />
some vehicles in a matter of just a few<br />
months, leading to rust spots and an<br />
undesirable finish. The auto manufacturer<br />
could have avoided damage to their<br />
reputation and financial loss from warranty<br />
claims with more thorough coating testing<br />
using the proper measurement equipment,”<br />
says John Bogart, Managing Director of Kett<br />
US, a manufacturer of a full range of testing<br />
instruments for adhesion, peel, and wear<br />
measurement.<br />
To create reliable coatings or products that<br />
utilize them, engineers and quality assurance<br />
teams require reliable test instruments to<br />
verify that the necessary properties and<br />
<strong>Finishing</strong> - <strong>January</strong>/<strong>February</strong> <strong>2023</strong><br />
continues on page 26
SERFILCO INTERNATIONAL<br />
Global Products, Local Service & Advice You Can Rely On<br />
SerDuctor Airless Agitation for Improved Process<br />
Control & Emissions Compliance<br />
SerDuctor Airless Agitation<br />
systems provide controllable,<br />
turbulent movement where you<br />
need it most whilst driving down<br />
chemical emissions to help meet<br />
legislative targets<br />
• Reduce airborne emissions by ≥90%.<br />
• Save tank heating costs up to 25%.<br />
• Save metal as a result of more uniform brightness<br />
and thickness distribution.<br />
• Improves Throw deposit thickness in blind,<br />
through holes and recesses.<br />
• Permits use of increased current density,<br />
especially compared to air or cathode rod<br />
agitation, for faster plating rate.<br />
• Reduces carbonates in alkaline processes.<br />
• Reduces or eliminates gas-pitting.<br />
• Provides constant agitation because SERDUCTOR<br />
systems don’t clog.<br />
For more information on our complete range of equipment & our competitive service<br />
rates, or to talk to an engineer about your application contact Serfilco International:<br />
+44 (0) 161 775 1910 global@serfilco.com www.serfilco.co.uk
26 MEASUREMENT<br />
industry standards are met, particularly for<br />
high-value or high-volume applications.<br />
Although desktop and inline process<br />
analyzers are available, the challenge is that<br />
conventional coating test equipment typically<br />
offers a limited range of functions.<br />
Consequently, multiple instruments are often<br />
required. There are also other issues with<br />
traditional testing methods that make them<br />
inconsistent, laborious, and time-consuming.<br />
As a result, some industry suppliers now<br />
provide a wide range of coating measurement<br />
equipment that performs like a “Swiss army<br />
knife” with multi-functional testing capabilities<br />
that allow greater flexibility and productivity.<br />
These desktop, online, and inline testing<br />
solutions are cost-effective analytical tools that<br />
can quickly determine a wide range of critical<br />
coating properties.<br />
All-in-One Desktop Units<br />
When various coating properties need to be<br />
tested, a desktop all-in-one unit like Kett’s<br />
14FW offers a significant amount of flexibility<br />
in a single machine with assorted jig<br />
attachments for specific tests. The device tests<br />
and measures multiple coating properties<br />
including friction, wear, peel, and scratch<br />
resistance.<br />
The all-in-one unit provides exceptional<br />
flexibility to test coatings. By changing the jig<br />
attachment, the contact mode in friction and<br />
wear testing can be modified, and scratch<br />
intensity and peeling resistance tests can be<br />
performed. By presetting the speed of table<br />
movement, stroke length, and stroke count,<br />
the tester can provide testing under various<br />
conditions.<br />
The unit can also measure scratch<br />
resistance. This is expressed based on the size<br />
of the scratch made by a conical scratch test<br />
pin while a predetermined vertical load is<br />
applied. A pencil scratch intensity test can also<br />
be performed.<br />
According to Bogart, conventional testing<br />
equipment utilizes substantial “force” that can<br />
damage the substrate material so ten tests or<br />
more may need to be conducted and<br />
averaged.<br />
Since the H14FW unit utilizes much less<br />
force, it is more subtle and can be used to<br />
compare coatings on various substrates or<br />
items that are challenging to coat.<br />
“The unit can detect very slight nuances in<br />
coating formulation batches. This allows<br />
manufacturers to confidently make critical<br />
coating decisions involving considerable<br />
capital, knowing they are making the best<br />
choice and proceeding correctly,” says Bogart.<br />
Continuous Coating Testing<br />
The industry has developed benchtop<br />
instruments that enable the real-time testing of<br />
changes in frictional resistance due to wear<br />
when this is required. As an example, Kett’s<br />
H40 Friction and Wear Tester uses a balance<br />
arm that crosses the feed table at right angles<br />
in forward and backward motions to measure<br />
frictional forces with very high accuracy.<br />
The unit, which is equipped with a load<br />
converter containing a probe integrated into a<br />
holder, continuously measures changes in<br />
frictional resistance due to wear. The stroke<br />
count at which a coating peels, or its surface<br />
condition changes, is determined from an<br />
increase or decrease in the frictional resistance<br />
of the balance arm as it moves back and forth.<br />
For greater precision, manufacturers can set<br />
the stroke length of the reciprocating balance<br />
arm from 1 to 100mm and automatically stop<br />
it when the desired travel distance is reached.<br />
The frictional resistance between the coating<br />
and the balance arm can be measured very<br />
precisely, from 0 to 9.8N.<br />
Quality assurance technicians can use a<br />
variety of measurement jigs including those<br />
for point contact measurement (i.e.-scratch test<br />
pin and ball indenter), plane contact (i.e.-flat<br />
indenter), and line contact (i.e.-blade holder).<br />
With optional software, various<br />
measurements from static friction coefficient<br />
measurement to wear measurement can also<br />
be performed.<br />
Although coatings are generally measured<br />
dry, testing a wet coating is possible with an<br />
addition that enables heating a sample to<br />
maintain the coating in liquid form.<br />
Measuring Coating Thickness<br />
To ensure consistent quality, OEMs also<br />
need to determine that a coating is evenly<br />
applied at the appropriate thickness.<br />
“Applying too little of a coating risks poor<br />
product protection and aesthetics, and<br />
applying too much wastes money,” says<br />
Bogart.<br />
To simplify quality control, instant gauges<br />
like Kett’s model LZ990 allow users to<br />
measure coating thickness with a simple, nondestructive<br />
test. As a quality check that can<br />
improve product consistency with great<br />
precision, the device displays thickness in<br />
either mils (.001 inch) or microns (.001mm) to<br />
the thousandth decimal place.<br />
Inline Composition Analyzers<br />
In high-value applications, manufacturers<br />
may also want to analyze the composition of<br />
specialized coatings. Advanced composition<br />
analyzers utilize Near-infrared Reflectance<br />
(NIR) to provide accurate measurement of<br />
coatings without sampling, physical contact, or<br />
degradation. These units are available in<br />
desktop, online and inline models.<br />
“With NIR, the surface of the coating,<br />
whether solid or liquid, is measured and light<br />
is absorbed by the chemical components. The<br />
detected absorbance is converted into<br />
component values,” explains Bogart.<br />
NIR devices can also be used to analyze<br />
moisture, film thickness, and coat weight,<br />
which can simplify the process for users by<br />
allowing them to measure multiple properties<br />
with just one instrument and software.<br />
Since measurement is instant, the<br />
instrument eliminates the need to take<br />
samples to a laboratory and put production on<br />
hold. With pinpoint accuracy, any employee<br />
can achieve consistent test results with minimal<br />
risk of error, allowing specialized technical staff<br />
to focus on other areas of the manufacturing<br />
process.<br />
Ensuring essential coating properties are<br />
achieved is vital to performance in a wide<br />
range applications and products, so effective<br />
measurement is crucial to maintain quality.<br />
Manufacturers that take advantage of the<br />
most accurate instruments to measure all<br />
necessary coating characteristics can assure<br />
product quality, as well as protect the<br />
company’s brand and reputation.<br />
<strong>Finishing</strong> - <strong>January</strong>/<strong>February</strong> <strong>2023</strong>
PYROLYSIS &<br />
BURN OFF OVENS<br />
UK’S LEADING MANUFACTURER<br />
Our Pyrolysis ovens provide you with a quick and highly effective<br />
process for the removal of plastic, paints and resins<br />
Longworth’s pyrolysis & burn off ovens are second to none in design and build quality, built to last and have the latest<br />
in technological features. Our ovens provide a quick and highly effective process for the removal of plastics, paints<br />
and resins from jigs, filters, shelving, food trays, motors, automotive parts and a multitude of other components.<br />
Accreditations<br />
BS EN ISO 9001:2008<br />
Call Longworth today for a no obligation meeting on how we can help you and your business<br />
call<br />
01254 680501<br />
email<br />
enquiries@bmlongworth.com<br />
visit<br />
www.bmlongworth.com
28 INSTALLATIONS<br />
New line opens<br />
Fire protection solution<br />
WAGNER Rail has developed a fire protection solution that<br />
extinguishes fires in open, highly ventilated technical areas in moving<br />
trains. The effective extinguishing of fires in these train areas, even<br />
while the train is moving at high speed and without having to slow<br />
down or interrupt the journey, is unique worldwide to date. The<br />
innovative extinguishing process was developed on the basis of<br />
extensive test series carried out in cooperation with TÜV Süd Rail.<br />
An essential part of holistic fire protection solutions for rail vehicles is<br />
extinguishing fires in technical areas such as transformers, converters or<br />
diesel engines. These areas are usually equipped with several nonclosable<br />
openings through which ventilation takes place. As a result, air<br />
currents are created inside these technical areas while the vehicle is in<br />
motion. For effective fire extinguishing, these air currents pose a major<br />
challenge. Until now, trains had to reduce speed or stop the journey<br />
completely to extinguish fires safely.<br />
“In cooperation with TÜV Süd Rail and in compliance with the<br />
railroad guideline ARGE Part 2 'Fire fighting in railway vehicles', we<br />
conducted an extensive series of tests from August 15th to 31st, 2022,<br />
in which fire scenarios were tested under various ventilation situations,”<br />
said Dr. Peter Stahl, managing director of WAGNER Rail GmbH,<br />
explaining the research and development work for the novel process.<br />
“The aim of the tests was to completely extinguish fires in technical<br />
areas of the train while it was in motion. With the help of the test series,<br />
it was successfully demonstrated that simulated fires, which were<br />
fanned by driving winds and air speeds of over 100 km/h acting<br />
laterally on the train, were completely extinguished using aerosol<br />
extinguishing agents,” continued Dr. Peter Stahl.<br />
Powder production<br />
A new production capability that will enable AkzoNobel Powder<br />
Coatings to locally produce and deliver bonded metallic powder<br />
coatings to customers in North Africa is now available in its<br />
manufacturing facility in Egypt.<br />
The increased demand for bonded products is being driven by the<br />
huge development in construction and growth in domestic appliance<br />
manufacturing in the region. AkzoNobel’s advanced bonding<br />
techniques can significantly improve the luster and finish of its<br />
premium special effect metallic powder coatings to deliver a uniform<br />
metallic finish with even greater colour consistency and performance.<br />
Sanal Limoncuo lu, commercial director South and East Europe of<br />
AkzoNobel Powder Coatings says: “Customers can now order from a<br />
range of stunning colours and textures that are always on trend.”<br />
On November 7 the opening ceremony of Perlen Packaging's new<br />
PVdC coating line took place in Anápolis. This is another milestone in<br />
the development of the Perlen Packaging Group.<br />
Back in August 2020, the CPH Group's Packaging division<br />
announced its investment in a new PVdC coating line. Due to the<br />
effects of the Corona pandemic, the worldwide restrictions in logistics<br />
and in the availability of electronic components, there were also delays<br />
in the construction and delivery of the new coating line.<br />
In order to achieve the targeted schedule in the best possible way,<br />
the processes were adapted and accelerated. For example, it was<br />
decided not to set up and accept the coating system at the<br />
manufacturer's premises, as is usually the case, but to carry out the<br />
acceptance and function tests directly at the factory in Anápolis.<br />
Likewise, shipping and transport were carried out under Perlen<br />
Packaging's own responsibility and direction.<br />
Colours of the year<br />
Mankiewicz has announced their Colours of the Year which have a<br />
noticeable “feel good” flavour. The choice fell on colours that are strong<br />
and yet gentle and quiet with an openness for design and creativity. It<br />
is not about loud colour accents and making bold statements this year.<br />
La Fée-Dragée is French for the Sugar Plum Fairy in the Nutcracker<br />
by Tchaikovsky. The colour shade is similar to the fairy’s pink ballet<br />
tutu. The colour acts mild, soft and in certain contexts is rather escapist.<br />
We associate it with flower petals, soap bubbles and the sky at dawn. In<br />
surface design, this colour effects a sleek contrast or offset for any<br />
surface, interior or product. Not being overly sweet, context and design<br />
language can also bring out its serious side, so that it also functions as<br />
a ritzy, fresh team player.<br />
Mushrooms remind us of the earthiness of the forest, at the same<br />
time they are a mysterious form of life that follows its own rules.<br />
“Oyster Mushroom” is a neutral, slightly grayish shade of brown that is<br />
found in the shells of snails, tree bark and animal furs. Undyed wool<br />
and rough textiles were the inspiration. With their slightly irregular hue<br />
and surface, created by the multicolor effect, they exude softness and<br />
closeness to nature, yet retain a subtle elegance. As a neutral colour it<br />
is suited in many contexts.<br />
Green is a hue immediately associated with nature, growth and<br />
health. Equally “Under Leaves” immerses us in a colourful oasis of<br />
escape: When surrounded by plant life and with only diffused light<br />
falling through the foliage, the light can appear slightly bluish. In<br />
addition to a feeling of depth and tranquility, it also inspires<br />
enchantment – whether we are above or below water.<br />
<strong>Finishing</strong> –<strong>January</strong>/<strong>February</strong> <strong>2023</strong>
COMPLETE RANGE OF INDUSTRIAL COATINGS<br />
• Waterborne • Solventborne • High Solid<br />
• Powder • E-Coat<br />
SERVING A RANGE OF MARKETS<br />
• General Finishes • Heavy Equipment • Design<br />
• Architectural • Transportation • Energy • Rail<br />
• Furniture • Electronics • Military<br />
Inver® and Syntha Pulvin®<br />
are brands of<br />
The Sherwin-Williams Company<br />
CONTACT<br />
The Sherwin-Williams Company, Goodlass Road, Speke,<br />
Liverpool, L24 9HJ, United Kingdom<br />
T: +44 (0)151 486 0486 | liverpool.sales@sherwin.com<br />
oem.sherwin-williams.com | www.synthapulvin.co.uk
30 PLATING<br />
Selective brush plating: a flexible,<br />
automated solution to plating<br />
challenges<br />
In-service failure of equipment and<br />
components simply cannot be tolerated and<br />
intervals between required maintenance<br />
should ideally be extended as far as possible.<br />
Depending on the environment in which<br />
components will operate, a particular type and<br />
thickness of electroplated metal deposit can<br />
be applied to protect against corrosion from<br />
chemicals, vibration and wear, moisture<br />
ingress and extremes of temperature.<br />
When a component reaches the final<br />
surface treatment stage, significant time and<br />
money will already have been invested in<br />
processing it, to say nothing of the cost of the<br />
material, which can be significant depending<br />
on the application involved. Meanwhile,<br />
components being repaired or refurbished<br />
may have significant life left in them and it is<br />
vital that their full value be extracted. Ensuring<br />
optimum performance in plating, especially<br />
the repair and refurbishment of components,<br />
can be a significant challenge for<br />
manufacturers and one which they<br />
understandably may feel is best left to an<br />
external specialist handling the work on a subcontract<br />
basis.<br />
This approach makes sense in many ways<br />
but can pose challenges in terms of<br />
turnaround times and in ensuring overall<br />
control of the process – especially as the<br />
<strong>Finishing</strong> - <strong>January</strong>/<strong>February</strong> <strong>2023</strong><br />
continues on page 32
• Dedicated stand-alone unit is ready to measure right out of the box<br />
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Powder Checker<br />
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• Storage of 999 readings with onscreen averaging. Stored readings<br />
can be downloaded to PosiSoft Desktop Software<br />
Powder Inspection Kits<br />
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£1950.00<br />
16A Long Drive, Meadway, Berkhamsted, Herts HP4 2PN<br />
t: 01442 879494 • www.dftinstruments.co.uk • e: sales@dftinstruments.co.uk
32 PLATING<br />
demand from customers for traceability in the<br />
form of detailed data and reporting continues<br />
to grow. However, handling plating in-house<br />
also poses its own challenges, especially when<br />
undertaken manually.<br />
The challenges of in-house<br />
plating<br />
Most traditional plating processes<br />
necessitate the use of immersion tanks, which<br />
can contain large quantities of hazardous<br />
chemicals. At some point, these tanks will<br />
need to be refilled and the old contents<br />
disposed of.<br />
Individuals may be understandably reticent<br />
about taking on this type of work while<br />
companies facing ever tighter local and<br />
international health & safety regulations will<br />
inevitably be seeking ways to minimize<br />
manual handling of, and exposure to, harmful<br />
chemicals – not only to protect employees but<br />
to reduce outlay and management around<br />
protective equipment.<br />
Manual plating has an inherent risk of<br />
inconsistencies between the treatments applied<br />
to individual components – whether it is the<br />
time to which the component is exposed to<br />
the chemical, the current drawn during the<br />
plating process, operating temperature and so<br />
on. And these inconstancies are only likely to<br />
be heightened when several platers are<br />
involved in plating the same components,<br />
whether they are working simultaneously or<br />
on different shifts. This again represents a<br />
significant issue when it comes to providing<br />
the level of detailed reporting and traceability<br />
clients are now demanding.<br />
A further challenge surrounds throughput.<br />
Traditional tank plating can be a slow process,<br />
delayed as much by the delivery of parts to<br />
the individual workstations as by the plating<br />
process time itself. But companies are facing<br />
ever more stringent customer deadlines and<br />
inevitably need to consider options for<br />
speeding up the plating process.<br />
The case for selective brush<br />
plating<br />
A solution which is proven in tackling many<br />
of these issues is the implementation of<br />
selective brush plating.<br />
In this process, a direct current from a<br />
rectifier is applied via an anode which is<br />
placed into direct contact with the component<br />
to be plated. The anode is covered in cotton,<br />
polyester or other materials that hold solutions<br />
to enable it to act as a brush. Once the anode<br />
is thoroughly saturated in the solution, the<br />
deposit is applied to the negatively charged<br />
part. Brush plating requires movement<br />
between the anode and the part, which can<br />
be accomplished by moving the anode over<br />
the part, moving the part while keeping the<br />
anode stationary, or moving both.<br />
This process increases precision as operators<br />
can focus only on the specific parts of a<br />
component that need to be plated. It also<br />
means time and materials are not wasted on<br />
plating or masking off areas that may not<br />
require the deposit. In addition, the selective<br />
plating process eliminates the need for large<br />
tanks, and working close to large volumes of<br />
chemicals.<br />
The benefits of automation<br />
It is clear that adopting selective brush<br />
plating as an alternative to traditional tank<br />
plating can have significant benefits. But these<br />
benefits can become even more pronounced<br />
when the selective brush plating is partially or<br />
fully automated. While plating is an area which<br />
traditionally has been slower than others to<br />
automate, it is very much gathering pace in<br />
recent years because of the achievable<br />
benefits and reduced costs to implement.<br />
The level of automation required will<br />
inevitably depend on available budgets and<br />
the size, type, importance, and value of the<br />
parts being treated. At the simplest level, the<br />
introduction of automated rectifier controls will<br />
help to ensure consistency of current and<br />
voltage applied to individual components.<br />
The next stage of automation would see the<br />
introduction of semi or fully-automated tool<br />
handling. Handling larger, heavier tools<br />
inevitably impact operator fatigue and is an<br />
area of work which many companies will wish<br />
to seek to minimize. Automating the tool<br />
handling contributes to consistency within the<br />
process from one part to the next.<br />
Going one step further is the complete<br />
automation of the process, using robots to<br />
maneuver the parts to the process, or bring<br />
the process to the parts through tool handling,<br />
or both. This reduces the need for manual<br />
handling within the process altogether while<br />
making for a more even and consistent<br />
deposit meaning reduced failures down the<br />
line.<br />
Human error is effectively eliminated, as the<br />
entire process is automatically controlled<br />
through a user-friendly human-machine<br />
interface (HMI). Meanwhile, given the fully<br />
automated nature of the system, detailed<br />
reports can be immediately accessed on all<br />
aspects of the process from batches down to<br />
individual castings. This provides complete<br />
control and traceability – and therefore peace<br />
of mind regarding consistency and quality to<br />
owners and, in turn, to customers.<br />
The equipment available to fully automate<br />
the selective brush plating process is so<br />
flexible that almost any application can be<br />
catered to, to meet a customer’s exacting<br />
plating requirements.<br />
Continued innovation<br />
Innovation continues at a great pace in the<br />
area of plating automation. The latest<br />
development comes in the form of a fully<br />
portable automated electroplating system, able<br />
to be moved directly to a specific component<br />
for in situ plating. The system features cuttingedge<br />
dripless functionality, with all chemicals<br />
going back into the machine with no need for<br />
drip trays, making for a cleaner, more<br />
environmentally friendly, and safer working<br />
area.<br />
While suitable for use by a skilled operator,<br />
this system also allows for the introduction of a<br />
robot to handle the part and/or undertake the<br />
plating task, making the process fully<br />
automated. Contributing significantly to both<br />
throughput and productivity, this innovation<br />
further reduces manual handling and is ideal<br />
for tasks where rapid turnaround is needed<br />
with no time for a part to be disassembled,<br />
removed and taken away for treatment<br />
elsewhere.<br />
<strong>Finishing</strong> - <strong>January</strong>/<strong>February</strong> <strong>2023</strong>
Gas Process Burners<br />
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process heating solutions.<br />
FD-C high turndown oven/<br />
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Midco HMA high efficiency,<br />
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FD-GA modulating gas + air<br />
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TX high efficiency small diameter<br />
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• Heat Input Range: 9 kW – 1550 kW<br />
TX Series Gas Fired Process Tank Heating Systems<br />
• High effi ciency (80%+) heating of all types of spray and dip process tanks<br />
• Compact high effi ciency small diameter immersion tube heat exchangers<br />
occupying minimum tank space<br />
• Accurate performance modelling using Lanemark TxCalc design software<br />
• Heat Input Range: 15 kW (1½") – 1150 kW (8")<br />
Midco HMA Series Air Replacement or “Make-Up” Air Heating Burners<br />
• Direct fired, high effi ciency burner systems, for high volume air heating<br />
applications such as paint spray booths, ovens and dryers.<br />
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COMBUSTION ENGINEERING<br />
X4620 Lanemark Ad SDAW.indd 1 31/08/2016 09:04
34 POLISHING<br />
Carbon calculator<br />
A<br />
new carbon footprint calculator for metal<br />
polishing has been created thanks to an<br />
exciting tie-up between industry and<br />
academia.<br />
Professional Polishing Services (PPS), which<br />
has created three new jobs in the last twelve<br />
months, has tapped into funding and advice<br />
from the University of Birmingham’s ATETA<br />
programme to develop a digital process that<br />
will help it identify thousands of pounds of<br />
savings on energy costs.<br />
The project has involved mapping out the<br />
manufacturing flow and installing high-end<br />
data logging sensors in key places to monitor<br />
real-time power consumption of industrial<br />
equipment.<br />
Several variables, including type of material<br />
and speed of job, are factored into the<br />
equation to provide robust calculations that<br />
work out PPS’ carbon footprint and identify<br />
where savings can be made.<br />
The West Bromwich-based company is not<br />
looking to keep this IP to itself, instead it is<br />
planning to roll-out the calculator to the rest<br />
of the finishing sector in a bid to help industry<br />
move towards Net-Zero.<br />
Kirsty Davies-Chinnock, managing director<br />
of Professional Polishing Services, commented:<br />
“Our bespoke stainless steel and nonferrous<br />
polishing services are energy intensive,<br />
so it made perfect sense for us to look at how<br />
we could monitor costs – especially with<br />
prices going through the roof.<br />
“As a SME, it’s sometimes difficult to make<br />
the time or spare the money for non-core<br />
activities. That’s why tapping into the ATETA<br />
programme and all the academic expertise<br />
that came with it was a no-brainer and has<br />
resulted in such impressive progress.”<br />
She continued: “We now have a carbon<br />
calculator that can instantly work out the<br />
footprint of each of the jobs we put on our<br />
lines, and this is fantastic information to have.<br />
It gives our production team the opportunity<br />
to look at how we save energy, making us<br />
more competitive in the process.<br />
“The next step will be to roll this out to the<br />
rest of our sector and we’re already talking to<br />
the University and our competitors to see<br />
exactly how we do this.”<br />
Professional Polishing Services works with a<br />
client base that spans the world, with its efforts<br />
seen as far afield as Hong Kong and Australia.<br />
The company’s reputation for quality - all<br />
processes are governed by ISO 9001:2015 -<br />
and its commitment to fast lead times has<br />
seen it grow sales by £500,000 since Covid-<br />
19, taking it to £2m by the financial year-end.<br />
Its strategy focuses on combining<br />
investment in the best equipment and the<br />
best people with a desire to tap into the<br />
knowledge of local Universities, already taking<br />
on two interns from WMG to improve<br />
manufacturing efficiencies and process flow.<br />
“Although there are many companies<br />
conducting carbon accounting projects, the<br />
service provided is usually high-level<br />
information and delivers an understanding of<br />
what the firm’s legal requirements are…the<br />
ATETA project is much more than that,”<br />
added Sureena Sohal, Project Manager at the<br />
University of Birmingham.<br />
“The carbon footprint calculator is for<br />
specific industries/processes and takes a much<br />
deeper dive into the data and, importantly,<br />
how manufacturers can offset some of the<br />
findings. It’s a very powerful weapon in the<br />
fight against emissions.”<br />
Kirsty concluded: “It has been a very strong<br />
twelve months for PPS and we’re really<br />
benefitting from the investment in the<br />
additional polishing line. If we can manage<br />
our energy costs going forward, whilst moving<br />
towards Net Zero, then we’ll be in a good<br />
position to attract new opportunities.”<br />
<strong>Finishing</strong> - <strong>January</strong>/<strong>February</strong> <strong>2023</strong>
NEW<br />
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• Download, view, and analyze data using PosiSoft Desktop Software<br />
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t: 01442 879494 • www.dftinstruments.co.uk • e: sales@dftinstruments.co.uk<br />
Automated Water & Effluent Ltd have been supplying process control equipment<br />
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36 PROFILE<br />
Rebrand for the future<br />
Aspecialist supplier to the aerospace<br />
sector will rebrand in <strong>January</strong> <strong>2023</strong> to<br />
reflect the future direction and capability<br />
of the business.<br />
Hycrome Aerospace, a brand which<br />
currently operates alongside its sister company<br />
Hycrome Europe, will officially become<br />
HycAero on <strong>January</strong> 1st.<br />
The rebrand marks an exciting new chapter<br />
for the Burnley business, its employees,<br />
customers, partners and suppliers.<br />
Managing Director Andrew Bailey, who<br />
started out at an apprentice with Hycrome<br />
over 40 years ago, explained the reasons<br />
behind the move:<br />
“For many years Hycrome has been<br />
recognised as a key supplier of protective<br />
coatings, precision machining and other<br />
special processes to the aerospace and oil and<br />
gas industries under the Hycrome Europe and<br />
Hycrome Aerospace banners.<br />
“As the name ‘Hycrome’ suggests, our<br />
company has a long legacy of specialising in<br />
Chrome Plating and Chromic Acid Anodising,<br />
two processes which we will discontinue by<br />
the end of <strong>2023</strong> in favour of more<br />
environmentally friendly protective coatings.<br />
“We recognise that, for some time now, the<br />
company name hasn’t truly represented the<br />
scope or direction of our organisation,<br />
particularly within the aerospace sector, which<br />
is why we have decided that, on <strong>January</strong> 1st,<br />
<strong>2023</strong>, Hycrome Aerospace will evolve to<br />
become HycAero.”<br />
Andrew assured us that HycAero is a<br />
change in name only and the new brand will<br />
slowly begin to evolve within the business in<br />
the coming months.<br />
As part of the Score Group, the business<br />
will continue to thrive and maintain its place<br />
as one of Europe’s leading suppliers of special<br />
processes and precision machining to the<br />
aerospace industry.<br />
Since the early 2000s the strategy has been<br />
to stay in front of environmental demands and<br />
to move away from the use of chemicals<br />
containing chrome in the company’s hard<br />
coating, anodising and painting processes.<br />
In support of this strategy, the business has<br />
invested heavily in alternative coating<br />
methods. These include HVOF, Plasma and<br />
Wire Arc thermal coatings along with Tartaric<br />
Sulphuric Anodising (TSA) and thin film<br />
Sulphuric Anodising (SAA), all applied by<br />
robotic and automated systems.<br />
As well as finding innovative solutions to<br />
complex problems, the business has a strong<br />
track record of collaboration making it the<br />
special process provider of choice for<br />
aerospace’s Prime and Tier 1 companies.<br />
Each of Hycrome’s processes have achieved<br />
NADCAP, AS9100 accreditations and multiple<br />
customer approvals including Airbus, Rolls<br />
Royce, Safran and GE Aviation.<br />
Andrew added:<br />
“Key to the success of Hycrome Aerospace<br />
to date has been its ability to evolve, adapt<br />
and diversify to meet the requirements of an<br />
industry that is at the forefront of<br />
technological innovation.<br />
“Our move to HycAero marks an exciting<br />
new era for the business and further<br />
demonstrates our long-term commitment to<br />
the aerospace sector.”<br />
<strong>Finishing</strong> - <strong>January</strong>/<strong>February</strong> <strong>2023</strong>
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pexa_quarter page.indd 1 05/11/2020 11:23
38 MATERIALS<br />
An exotic interplay of electrons<br />
Water that simply will not freeze, no<br />
matter how cold it gets – a research<br />
group involving the Helmholtz-<br />
Zentrum Dresden-Rossendorf (HZDR) has<br />
discovered a quantum state that could be<br />
described in this way. Experts from the<br />
Institute of Solid State Physics at the University<br />
of Tokyo in Japan, Johns Hopkins University in<br />
the United States, and the Max Planck<br />
Institute for the Physics of Complex Systems<br />
(MPI-PKS) in Dresden, Germany, managed to<br />
cool a special material to near absolute zero<br />
temperature. They found that a central<br />
property of atoms – their alignment – did not<br />
“freeze”, as usual, but remained in a “liquid”<br />
state. The new quantum material could serve<br />
as a model system to develop novel, highly<br />
sensitive quantum sensors. The team has<br />
presented its findings in the journal Nature<br />
Physics (DOI: 10.1038/s41567-022-01816-4).<br />
On first sight, quantum materials do not<br />
look different from normal substances – but<br />
they sure do their own thing: Inside, the<br />
electrons interact with unusual intensity, both<br />
with each other and with the atoms of the<br />
crystal lattice. This intimate interaction results<br />
in powerful quantum effects that not only act<br />
on the microscopic, but also on the<br />
macroscopic scale. Thanks to these effects,<br />
quantum materials exhibit remarkable<br />
properties. For example, they can conduct<br />
electricity completely loss-free at low<br />
temperatures. Often, even slight changes in<br />
temperature, pressure, or electrical voltage are<br />
enough to drastically change the behaviour of<br />
the material.<br />
In principle, magnets can also be regarded<br />
as quantum materials; after all, magnetism is<br />
based on the intrinsic spin of the electrons in<br />
the material. “In some ways, these spins can<br />
behave like a liquid,” explains Prof. Jochen<br />
Wosnitza from the Dresden High Field<br />
Magnetic Laboratory (HLD) at HZDR. “As<br />
temperatures drop, these disordered spins can<br />
then freeze, much like water freezes into ice.”<br />
For example, certain kind of magnets, socalled<br />
ferromagnets, are non-magnetic above<br />
their “freezing”, or more precisely ordering<br />
point. Only when they drop below it can they<br />
become permanent magnets.<br />
High-purity material<br />
The international team intended to create a<br />
quantum state in which the atomic alignment<br />
that is associated with the spins did not order,<br />
even at ultracold temperatures – similar to a<br />
liquid that will not solidify, even in extreme<br />
cold. To achieve this state, the research group<br />
used a special material – a compound of the<br />
elements, praseodymium, zirconium, and<br />
oxygen. They assumed that in this material,<br />
the properties of the crystal lattice would<br />
enable the electron spins to interact with their<br />
orbitals around the atoms in a special way.<br />
“The prerequisite, however, was to have<br />
crystals of extreme purity and quality,” Prof.<br />
Satoru Nakatsuji of the University of Tokyo<br />
explains. It took several attempts, but<br />
eventually the team was able to produce<br />
crystals pure enough for their experiment: In<br />
a cryostat, a kind of super thermos flask, the<br />
experts gradually cooled their sample down to<br />
20 millikelvin – just one fiftieth of a degree<br />
above absolute zero. To see how the sample<br />
responded to this cooling process and inside<br />
the magnetic field, they measured how much<br />
it changed in length. In another experiment,<br />
the group recorded how the crystal reacted to<br />
ultrasound waves being directly sent through<br />
it.<br />
An intimate interplay<br />
The result: “Had the spins ordered, it should<br />
have caused an abrupt change in the<br />
behaviour of the crystal, such as a sudden<br />
change in length,” Dr. Sergei Zherlitsyn,<br />
HLD's expert in ultrasound investigations,<br />
describes. “Yet, as we observed, nothing<br />
happened! There were no sudden changes in<br />
either length or in its response to ultrasound<br />
waves.” The conclusion: The pronounced<br />
interplay of spins and orbitals had prevented<br />
ordering, which is why the atoms remained in<br />
their liquid quantum state – the first time such<br />
a quantum state had been observed. Further<br />
investigations in magnetic fields confirmed this<br />
assumption.<br />
This basic research result could also have<br />
practical implications one day: “At some point<br />
we might be able to use the new quantum<br />
state to develop highly sensitive quantum<br />
sensors,” Jochen Wosnitza speculates. “To do<br />
this, however, we still have to figure out how<br />
to generate excitations in this state<br />
systematically.” Quantum sensing is<br />
considered a promising technology of the<br />
future. Because their quantum nature makes<br />
them extremely sensitive to external stimuli,<br />
quantum sensors can register magnetic fields<br />
or temperatures with far greater precision than<br />
conventional sensors.<br />
<strong>Finishing</strong> - <strong>January</strong>/<strong>February</strong> <strong>2023</strong>
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YOUR EXPERTS IN COMPONENT CLEANING<br />
Hi-Tek<br />
PRODUCTS LIMITED<br />
2a Dawkins Road Industrial Estate, Hamworthy, Poole, Dorset BH15 4JP<br />
Telephone : 01202 661300<br />
www.hitekproducts.com<br />
jane@hitekproducts.com or kirsty@hitekproducts.com<br />
We are suppliers of masking products across a multitude of industries working closely with metal finishing<br />
and powder coating companies. Established over 50 years ago, we bring a wealth of experience from our<br />
family run firm. No order is too small and samples are available on request. All stocked sizes of tapes,<br />
caps, plugs, bungs and pull throughs can be seen on www.hitekproducts.com. If you have a bespoke size<br />
request, please e-mail kirsty@hitekproducts.com or jane@hitekproducts.com or ring our professional<br />
team on 01202 661300.<br />
We are the sole UK distributor for the Tolber range of masking<br />
lacquers. We also stock PTFE lubricant.<br />
Samples of all lacquers are available on request.
40 CLEANING<br />
Sonic solution<br />
Ultrasonics are widely used for cleaning<br />
anything from jewellery to electronics<br />
and are used for a very wide range of<br />
engineering components. But what are<br />
ultrasonics and when should they be used as<br />
part of your cleaning regime?<br />
Ultrasonic cleaning works by the<br />
transmission of high-frequency sound waves<br />
through the wash solution. The sound<br />
compression waves cause cavitation,<br />
microscopic bubbles in the cleaning solution,<br />
which implode on the component surface<br />
generating an intense scrubbing action. being<br />
cleaned.<br />
For most industrial applications, ultrasonics<br />
are not the first choice, as they can require a<br />
relatively long wash cycle time compared to<br />
spray or immersion systems and they can be<br />
expensive.<br />
However, there are several applications<br />
where ultrasonics can be very valuable,<br />
typically:<br />
• Tenacious contamination<br />
• Intricate shapes with small apertures<br />
• Removing fine contamination, to achieve<br />
high cleanliness specifications.<br />
Some tenacious contamination can be<br />
blasted off with sprays or harsh chemistry (e.g.<br />
many greases), but others tend to cling on<br />
and need a more subtle approach, e.g. some<br />
polishing compounds and NDT solutions.<br />
Complex shapes can also benefit from<br />
ultrasonics, when the geometry reduces<br />
solution flow over the surface – e.g. fine blind<br />
holes, plates close together, fine matrix<br />
structures. The geometries mask themselves<br />
such the energy from flowing solution is<br />
reduced and the ultrasonics compensates.<br />
Finally, particles tend to be more strongly<br />
attracted to a substrate, the smaller they are.<br />
So, for very small particles, large, localised<br />
cleaning energy is very helpful. Ultrasonics<br />
can provide this energy which is why<br />
ultrasonics are so popular for applications with<br />
stringent cleanliness specifications.<br />
Having identified ultrasonics as a useful part<br />
of your cleaning process, you then need to<br />
decide what frequency. 25 khz is the most<br />
common frequency used in industrial<br />
applications, and the most powerful<br />
commonly available (the lower frequencies<br />
create bigger bubbles with a bigger bang on<br />
implosion). However, if you are targeting<br />
smaller particles, you need to adopt higher<br />
frequencies. 40 kHz is also quite popular for<br />
engineering applications needing high<br />
cleanliness standards. More exacting<br />
applications, such as cleaning silicon wafers,<br />
may opt for very high megasonic frequencies.<br />
Although ultrasonics are very useful for<br />
these applications, in general they form only<br />
part of the process. In most engineering<br />
applications you will have a mix of<br />
contamination, oils or coolants, metal swarf<br />
and dust, packing materials etc. As such the<br />
most efficient cleaning process can comprise a<br />
mix of techniques, spray, immersion and<br />
ultrasonics with careful chemical selection.<br />
Combining all these potential process<br />
elements into one cleaning system that<br />
delivers consistently high standards while<br />
processing industrial volumes and keeping<br />
process fluids in condition is a real challenge.<br />
John Pattison, managing director at<br />
MecWash Systems Ltd, who specialise in<br />
building high performance industrial aqueous<br />
cleaning systems, comments:<br />
“Many people think of a line of dunk tanks<br />
when they think of ultrasonics. Although this<br />
may work for some low volume or scientific<br />
applications, it is rarely ideal for an<br />
engineering operation. Such static systems<br />
only really work when parts are pretty clean to<br />
start with, as there is very little solution<br />
movement over the parts and the systems<br />
often have limited ability to maintain<br />
themselves (e.g. removing swarf or oil from<br />
the process chamber) so you can’t run them<br />
24/7 without repeated maintenance.<br />
“Our MWX systems hold four ultrasonic<br />
rod transducers, which can be single or<br />
mixed frequency (so you can run both<br />
25kHz and 40kHz), depending on the<br />
contamination targeted. With the MWX<br />
series, the basket rotation or oscillation<br />
eliminate dead spots and this gentle<br />
movement allows solution to continuously<br />
pass over the surface and contamination falls<br />
away. Our systems can provide up to 20<br />
watts/litre in the MWX400 and 30 watts/litre<br />
in the MWX300 at 25kHz.<br />
“Basically, we take the ultrasonic concept<br />
and make it work for the production<br />
environment. Building ultrasonics into one of<br />
our trusted, robust systems, that are used by<br />
blue chip engineering businesses around the<br />
globe. MecWash customers from automotive,<br />
aerospace, fluid power, precision engineering<br />
and medical industries are becoming<br />
increasingly insistent on the addition of<br />
ultrasonics to their bespoke machines, and for<br />
good reason,” said John.<br />
<strong>Finishing</strong> - <strong>January</strong>/<strong>February</strong> <strong>2023</strong>
EFFICIENT - ROBUST - RELIABLE<br />
• SMALL BATCH WASHING TO CONVEYORISED SYSTEMS<br />
• SPRAY, SOAK , ULTRASONIC OR COMBINATION MACHINES.<br />
• FULL AFTER SALES SUPPORT<br />
• IN HOUSE TEST FACILITY<br />
• EUROPEAN WIDE CUSTOMER BASE<br />
• STANDARD AND BESPOKE SYSTEMS AVAILABLE<br />
• COMPLIMENTARY CHEMICAL RANGE AVAILABLE<br />
INNOVATION FOR ALL YOUR WASHING NEEDS<br />
Call 01543 675800 or visit our website www.unitechwashers.uk.com
42 OVENS<br />
Unwrapping oven operations<br />
When it comes to coating quality, you<br />
need the ability to monitor product<br />
temperature, through the cure oven,<br />
to ensure you get the cure schedule<br />
recommended by your coating supplier.<br />
Although the basic principle of thru-process<br />
temperature monitoring has remained<br />
unchanged over the years, unlike others, the<br />
PhoenixTM technology offering has evolved<br />
bringing unique innovations to the market.<br />
Compact System<br />
The PhoenixTM Compact system is<br />
designed for the demands of the busy coating<br />
operation. A rugged and reliable work horse<br />
that is easy to use and cost effective. The data<br />
logger accuracy of ±0.3 °C guarantees data<br />
quality. Powered with user replaceable AA<br />
batteries the data logger can run for 1000<br />
hours. No charging or battery replacement<br />
delays so ready when you need it! The<br />
silicone free 113 mm high aluminium thermal<br />
barrier provides over 2 hours protection at<br />
200 °C and weighs only 3.7 kg making<br />
transfer to and lifting on the line trouble free.<br />
Phoenix Factor<br />
To make cure analysis easier and more<br />
accurate the Phoenix Factor cure analysis<br />
calculation has been added to the Thermal<br />
View Software. The single Cure Index value is<br />
accurate yet easy to set-up and interpret. All<br />
necessary parameters for the application of<br />
Phoenix Factor analysis are stored in an<br />
analysis settings file, removing the need for<br />
tedious parameter entry each run. The<br />
Phoenix Factor allows not only instant QA but<br />
allows accurate optimisation of the process<br />
settings and direct comparison of different<br />
processes.<br />
Intrinsically safe ATEX certified<br />
technology<br />
PhoenixTM has complemented its data<br />
logger range with the new PTM1500 Epsilonx<br />
temperature data logger offering a unique<br />
intrinsically safe 10/20 channel profiling<br />
system. The PTM1500 data logger is certified<br />
against the ATEX European standards as<br />
Group II category for safe operation in<br />
gaseous and dust environments (ATEX Zone 2<br />
and 22 respectively) allowing safe operation in<br />
automotive paint and powder coating<br />
applications.<br />
Thermocouple Innovation<br />
New to the PhoenixTM thermocouple<br />
range, complementing clamp and magnetic<br />
sensors, is the MiniMag thermocouple<br />
designed to fit in the tightest of spaces. The<br />
sensor head is only 30 mm diameter and 15<br />
mm high so the MiniMag will fit in places<br />
previously impossible using traditional<br />
magnetic thermocouple designs. The<br />
encapsulated strong samarium cobalt magnet<br />
guarantees fixing is secure, even at 200 °C.<br />
Supplied as other thermocouples with user<br />
replaceable cables to minimize consumable<br />
costs.<br />
New Optical Profiling<br />
The newly developed TS64 thermal barrier<br />
permits in a single barrier the facility to both<br />
protect the PhoenixTM data logger and the<br />
PhoenixTM Optic system (video camera with<br />
independent illumination) with a thermal<br />
performance of 3 hours at 200 °C. For the<br />
first time ever, you can potentially not only<br />
identify oven temperature uniformity<br />
problems from the temperature profile graph<br />
but complement this data with video evidence<br />
from inside the oven as to the possible root<br />
cause of the temperature problem.<br />
Find out more at www.phoenixtm.com.<br />
<strong>Finishing</strong> - <strong>January</strong>/<strong>February</strong> <strong>2023</strong>
Plastratum Ltd<br />
100 Armoury Road<br />
Birmingham B11 2RH<br />
<strong>Finishing</strong> Industries Yearbook • <strong>2023</strong> Edition<br />
www.finishingmagazine.co.uk<br />
<strong>Finishing</strong> Industries Yearbook is an essential guide providing a comprehensive listing of<br />
suppliers, manufacturers, associations and trade bodies active in the UK surface treatment<br />
and metal finishing industry.<br />
Published annually, this complete reference source contains:<br />
• A comprehensive A-Z section complete with full company contact details<br />
• An up-to-date Classified Guide listing finishing products by supplier<br />
• An up-to-date Regional Guide listing sub-contract finishers by their area of operation.<br />
• Up-to-date information relating to the ownership and description of key Trade Names.<br />
• Directory of key Associations representing the surface finishing industry.<br />
The <strong>2023</strong> edition is priced at just £54 UK / £64 ROW<br />
Contact Barbara Williams to order your copy at b.williams@turretgroup.com<br />
Reach the UK’s metal finishing market and subscribe to receive<br />
<strong>Finishing</strong> magazine<br />
<strong>Finishing</strong> magazine is a specialist bi-monthly for the UK’s metal finishing community.<br />
Read by decision makers in features technical papers, news, views and debate on<br />
all aspects of metal finishing and surface coating.<br />
To subscribe call the Circulation Department on T. +44(0) 141 370 3883
44 HOISTS<br />
Given a lift<br />
Hoist & Winch Ltd has recently completed<br />
a challenging project for one of the UK’s<br />
biggest construction companies involved<br />
in large-scale new home development projects.<br />
Faced with a demanding and highly technical<br />
brief, Hoist & Winch rose to the task, providing<br />
a turnkey lifting system solution to ensure<br />
complete success for its client.<br />
The requirement was to install a concrete<br />
ceiling mounted 7.5t swl (safe working load)<br />
lifting beam and manual chain hoist into the<br />
basement energy room of a large new tower<br />
block. This development is part of a large-scale<br />
prestigious regeneration project providing<br />
5500 sustainable new homes in North<br />
London.<br />
At the design stage, following formal tender<br />
and contract award, Hoist & Winch set about<br />
identifying the optimal solution. Due to<br />
restricted access into the basement area, the<br />
company decided to utilise a two-piece lifting<br />
beam design with an overall length of 7m. To<br />
join the two lifting beam sections, Hoist &<br />
Winch designed a central splice joint of bolted<br />
construction with a reinforced bottom beam<br />
flange.<br />
In order to spread the lifting loads over a<br />
greater area of the concrete ceiling slab it was<br />
decided to mount the lifting beam via four<br />
intermediate cross members, each having a<br />
four-bolt/anchor fix into the concrete ceiling at<br />
both ends. Featuring a robust bolted<br />
construction design it was possible to deliver<br />
the lifting beam to site in fully dismantled form<br />
for ease of transportation and access.<br />
M24 resin anchors with an embedment of<br />
255 mm into the 400 mm deep reinforced<br />
concrete slab fixed the intermediate cross<br />
members directly to the ceiling for maximum<br />
security.<br />
For approval by engineers at the main<br />
contractor, Hoist & Winch submitted design<br />
drawings and calculations for the structural<br />
design of the lifting beam and loading of the<br />
resin-type ceiling anchors.<br />
With the design approved, Hoist & Winch<br />
could progress to manufacturing, followed by<br />
delivery to site. Using building column<br />
positions as datum points, the installation line<br />
of the lifting beam was marked out while<br />
working from scissor lifts and an aluminium<br />
scaffold tower located on the upper mezzanine<br />
floor. A surveyor’s laser line initially identified<br />
the correct lifting beam position, prior to<br />
overlaying with red chalk to ensure accuracy<br />
for the duration of the installation work.<br />
Raising the two lifting beam sections into<br />
position required the installation of eight 1t<br />
swl hand chain blocks, with each one<br />
suspended from M16 swivel eye bolts<br />
supported from flush-mounted anchored resin<br />
inserts drilled into the concrete ceiling slab.<br />
Following sample pull load testing, Hoist &<br />
Winch raised each lifting beam section into<br />
position using four 1t swl hand chain blocks.<br />
To raise the lifting beams to the full height<br />
and clamp them hard against the concrete<br />
ceiling slab ready for drilling, the company<br />
used two special lifting rigs per beam section.<br />
The first lifting beam section manoeuvred<br />
into position also included the 7.5t swl hand<br />
chain block, which was rolled on to the lifting<br />
beam at low level using a 1t swl hand chain<br />
block temporarily suspended from local<br />
steelwork. Once both lifting beams were in<br />
position, Hoist & Winch joined the two lifting<br />
beam sections using the aforementioned<br />
bolted splice plate.<br />
Next, the company undertook ceiling slab<br />
drilling operations and resin anchor installation<br />
for all 32 ceiling anchor points after very<br />
carefully cleaning each hole with a special<br />
heavy-duty internal brush and suction pump.<br />
Following the specified resin curing time, Hoist<br />
& Winch could tighten each anchor bolt to the<br />
required torque levels.<br />
The final installation and test operation was<br />
LOLER (Lifting Operations and Lifting<br />
Equipment Regulations) inspection of the<br />
lifting beam and manual chain hoist unit. This<br />
activity included dynamic load testing of the<br />
entire runway beam length with a 7.5t skidmounted<br />
test load followed by 125% static<br />
proof load test in accordance with BS 2853<br />
2011.<br />
<strong>Finishing</strong> - <strong>January</strong>/<strong>February</strong> <strong>2023</strong>
EXHINITIONS 45<br />
New show in town<br />
Surface Design Show, the leading event<br />
for architects and designers to explore<br />
the best in surface material innovation, is<br />
getting ready to welcome over 180 exhibitors<br />
to its <strong>2023</strong> edition including over 30 New<br />
Talents.<br />
Supporting new talent is a key focus for<br />
Surface Design Show, with the best in new<br />
innovations and design represented from<br />
across the world with new talent not only<br />
from Great Britain but also Sweden, The<br />
Netherlands, Argentina, Malaysia, Denmark<br />
and Thailand amongst others.<br />
Curated by Chief Creative Director at<br />
Trendease International, Jennifer Castoldi, and<br />
in Partnership with Tessellate.co, the New<br />
Talent section will again inspire and excite<br />
visitors whilst supporting those starting their<br />
career in the design world.<br />
The ‘class of 23’ New Talents will feature<br />
amongst others biomaterials, natural materials,<br />
digital print, textiles, furniture, wallcovering,<br />
weaving and biopolymers.<br />
Jennifer Castoldi CEO and Chief Creative<br />
Director, Trendease International comments<br />
“Trendease International is delighted to be<br />
scouting the New Talent at Surface Design<br />
Show. Due to the success of this feature, we<br />
have expanded the scope of talents to<br />
include: architecture/interior design and<br />
professional services, material innovation,<br />
biomaterials, surface design, textiles,<br />
upholstery, wallcoverings, window treatments,<br />
floor coverings, furniture/case goods and<br />
lighting - categories we know will interest the<br />
design professionals attending the exhibition.”<br />
Amongst the New Talents represented are:<br />
Lydia Hill Designs<br />
Lydia Hill Designs creates luxurious<br />
wallcoverings and textiles that transform<br />
spaces into a dynamic oasis of colour, pattern<br />
and texture. Often inspired by nature, archival<br />
design, or even endangered wildlife, these<br />
unique digitally printed patterns add a<br />
contemporary twist to traditional design. Her<br />
approach to designing is very fluid and can<br />
adapt to suit a variety of styles, colour palettes<br />
and outcomes. Whether it be for home<br />
furnishings, home décor, art prints,<br />
accessories, or even giftware, her passion for<br />
creating unique and captivating print designs<br />
always inspires.<br />
Mehreen Ali<br />
Through incorporating elements of nature<br />
in their design and work, Mehreen Ali Studio<br />
is inspired by new organic shapes and<br />
textures to create unique pattern styles. The<br />
style of work is embodied by a hand painted<br />
and illustrative aesthetic, pursuing rich tonal<br />
quality and saturated colour. This is then<br />
combined with a digital design processes to<br />
achieve seamless repeat patten and refined<br />
prints.<br />
Volume Created & Spared<br />
Volume Created & Spared is a start-up by<br />
design agency Volume Creative. Born from a<br />
desire to support brands in re-using their own<br />
waste by turning waste into beautiful objects,<br />
furniture, art and surfaces. They use their<br />
design expertise to provide innovative<br />
solutions for waste, so it’s spared from landfill<br />
and re-purposed into something beautiful,<br />
giving it another life.<br />
Antonia Claudie<br />
Antonia Claudie is committed to changing<br />
the textile industry, devoted to craftsmanship,<br />
prioritising quality over quantity. Through<br />
sustainable practices and ethically sourced<br />
materials, the effect is always beautiful and<br />
long-lasting designs. Antonia Claudie focuses<br />
on a circular design process, using natural<br />
materials and dyes, lessening the negative<br />
impact on the planet. The brand stands for a<br />
no waste policy with only made to order<br />
pieces, avoiding overproduction. Any material<br />
offcuts are turned into accessories or art<br />
pieces.<br />
Design enthusiasts are invited to discover<br />
the brilliant New Talent, as well as seeing the<br />
new and innovative materials of the already<br />
established surface specialists exhibiting from<br />
the 7-9 <strong>February</strong> <strong>2023</strong> at the Business Design<br />
Centre, London.<br />
<strong>Finishing</strong> –<strong>January</strong>/<strong>February</strong> <strong>2023</strong>
46 WORKSHOP<br />
Primary care<br />
Water displacing lubricant<br />
SuperCORR A was originally developed for the U.S. Air Force to<br />
comply with Mil-DTL-87177B (formerly Mil-L-87177A) specifications. A<br />
water displacing lubricant and corrosion protection compound that<br />
prevents avionic as well as electrical and electronic components from<br />
systems failures caused by corrosion. It is now the industry standard for<br />
electrical corrosion protection, for in service maintenance by both<br />
military and commercial aircraft major repair and overhaul (MRO)<br />
facilities worldwide.<br />
SuperCORR A is a unique and proprietary formulation with longlasting,<br />
anti-corrosion inhibitors and components providing a superior<br />
lubrication coefficient and protection against moisture, wear, general<br />
and fretting corrosion, static electricity, corona, and other electro<br />
migration problems.<br />
The non-flammable film is only 7 microns (0.007mm) in thick and is<br />
formulated without sulphates, chlorides, petroleum-based material, or<br />
halogens, to meet the EU RoHS directive.<br />
SuperCORR A is packaged in aerosol cans make access to<br />
component parts easy for the engineering crew in difficult locations<br />
and conditions. Unpainted mild steel will not rust on exterior surfaces<br />
directly exposed to sea water environments for at least 6 months,<br />
protecting electrical connectors, switches, chains, drive shafts from<br />
corrosion while maintaining lubrication on moving surfaces.<br />
New valve launched<br />
GEMÜ is introducing the new GEMÜ J70 electrically operated 2/2-<br />
way solenoid valve, optimising its existing solenoid valve product<br />
group.<br />
The GEMÜ J70 electrically operated solenoid valve is suitable for<br />
applications with low flow rates in analysis, vacuum and dosing<br />
technology and enables precise dosing. The resistant plug diaphragm<br />
made of PTFE (TFM) has a unique sealing concept. PD technology<br />
provides for a high degree of accuracy for customer-specific<br />
applications.<br />
With the PD (plug diaphragm) technology, the media wetted area is<br />
separated from the actuator by a plug diaphragm made from modified<br />
PTFE. PTFE is composed of linear carbon chains which are surrounded<br />
by fluorine atoms. They spatially shield the carbon atoms and protect<br />
the molecule from chemical attack – even at higher temperatures.<br />
The compact GEMÜ J70 solenoid valve features a space-saving<br />
design and impressive features such as low wear and simple wear part<br />
replacement alongside good cleanability. The coil can be replaced<br />
without removing the valve body from the piping.<br />
With CONEXO and an RFID chip, the GEMÜ J70 solenoid valve<br />
can be clearly identified, enabling efficient documentation of<br />
maintenance.<br />
Solvay has launched Reactsurf 2490, a new APE-free polymerizable<br />
surfactant designed as a primary emulsifier for acrylic, vinyl-acrylic and<br />
styrene-acrylic latex systems. Reactsurf 2490 improves emulsion<br />
performance to deliver superior functional and aesthetic benefits in<br />
exterior coatings and pressure sensitive adhesives (PSAs), compared to<br />
conventional surfactants, even at high temperatures.<br />
In addition to exterior coatings and pressure sensitive adhesives,<br />
other common uses of Reactsurf2490 include paint binders, adhesives<br />
& sealants, textile & nonwoven binders, paper coatings, and building &<br />
construction applications.<br />
“Exterior coatings and pressure sensitive adhesives are both prone to<br />
surfactant leaching,” explains Janice Ng, Coatings Asia Pacific business<br />
development manager. “In exterior coatings exposed to harsh<br />
environmental conditions, leaching leads to dirt pick-up and water<br />
marks, while it leads to water whitening in PSAs. Reactsurf 2490<br />
prevents surfactant migration, which improves water-whitening<br />
resistance for PSAs and dirt pick-up resistance for exterior coatings.”<br />
Biomass balance<br />
BASF’s ColorBrite Airspace Blue ReSource basecoat, certified by<br />
REDcert² according to a biomass balance approach, has made its debut<br />
in China. This is the first time BASF’s biomass balance automotive<br />
OEM coatings were introduced to Asia since the official launch in<br />
Europe in May of this year.<br />
The first batch of ColorBrite Airspace Blue ReSource basecoat has<br />
been delivered to a customer in China. This basecoat product enables<br />
around 20% reduction in product carbon footprint. The saving number<br />
is reviewed by a third-party external sustainability consultant. Being part<br />
of the biomass balance version of BASF’s ColorBrite waterborne<br />
basecoat portfolio, ColorBrite® ReSource adds a reduced carbon<br />
footprint without the need to alter the product’s formulation and<br />
performance.<br />
BASF has also received the biomass certification for its resins plant in<br />
Caojing, as well as its paint manufacturing sites in Minhang and<br />
Caojing operated by BASF Shanghai Coatings Co., Ltd. With this<br />
certification, BASF has the capability to provide its customers in China a<br />
comprehensive range of biomass balance certified automotive coatings<br />
solutions using materials derived from renewable raw materials.<br />
“Replacing fossil-based feedstock with renewable raw materials<br />
through BASF’s biomass balance approach symbolizes our pledge to<br />
helping our customers achieve their carbon emission targets while<br />
retaining the same high quality and performance of the product. The<br />
biomass balance approach certification for our sites in China reinforces<br />
our commitment of being an industry leader in driving sustainability<br />
and innovation. We look forward to cooperating with more OEMs in<br />
China by contributing to a resource-efficient and carbon-neutral future<br />
together,” said Jack Zou, Vice President, Automotive OEM Coatings<br />
Solutions Asia Pacific, BASF.<br />
<strong>Finishing</strong> – <strong>January</strong>/<strong>February</strong> <strong>2023</strong>
Products & Services<br />
Stewart Freshwater<br />
mobile: 07746 373 545<br />
email: s.freshwater@turretgroup.com • web: www.turretgroup.com<br />
Leading manufacturers of<br />
Jigs, Racking systems, Baskets, Heaters, Coils and many other<br />
products for the Anodising & Electroplating industry<br />
T: 01283 529314 • E: Sales@Supreme-Eng.com • W: www.supreme-eng.com<br />
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AIR BLAST ROOMS & CABINETS<br />
EXTRACTION / DUCTWORK SYSTEMS<br />
OVER 60 MACHINES IN STOCK<br />
DOUG BOOTH UK LTD<br />
(Est 1971)<br />
SPECIALIST ENGINEERS<br />
Tel: 01924 274887<br />
Fax: 01924 262219<br />
M/C Sales 07850 744377 Txt/WhatsApp 24hr<br />
Email: paul@dougbooth.co.uk (machines)<br />
jonny@dougbooth.co.uk (parts & service)<br />
Website: www.dougbooth.co.uk<br />
SURPLUS & TRADE IN MACHINES WANTED<br />
AGENTS/FINDERS REQUIRED<br />
abrasives<br />
coatings<br />
Delivering highly<br />
engineered, critical<br />
function products<br />
and services to<br />
the commercial,<br />
industrial, defense<br />
and energy markets<br />
n Shot Peening<br />
n Laser Peening<br />
n Coating Services<br />
n Analytical Services<br />
Please contact us on:<br />
01635 279621<br />
www.cwst.co.uk<br />
Engineered coating solutions:<br />
● High lubricity/low friction<br />
●<br />
●<br />
●<br />
Anti-corrosion<br />
E/M Coating Services<br />
Resistance to erosion/galling<br />
Chemical/environmental<br />
protection<br />
Do you know what your production<br />
line is doing? ORPHEUS DOES!<br />
ORPHEUS... Proven Production<br />
control software<br />
Barcode technology provides<br />
TOTAL ORDER TRACKING and<br />
TRACEABILITY<br />
Interested?<br />
Why not give us a call for a<br />
demonstration.<br />
Mark Dimmock<br />
Acton Gate Systems Ltd,<br />
Wolverhampton, WV9 5HF<br />
01902 249299 actongate<br />
www.actongate.co.uk • enquiries@actongate.co.uk<br />
To advertise please call<br />
Stewart Freshwater<br />
on 07746 373 545 or email<br />
s.freshwater@turretgroup.com<br />
conveyor systems<br />
Overhead Conveyors<br />
& Lifting<br />
Equipment<br />
●<br />
EM/RF shielding<br />
A business unit of Curtiss-Wright Surface Technologies<br />
Please contact us on:<br />
01386 421444<br />
www.emcoatingsuk.co.uk<br />
T. 01926 813111<br />
sales@niko.co.uk<br />
www.niko.co.uk<br />
rdm_4x1_FNGCLASS 15/7/14 14:06 Page 1<br />
complete finishing plant<br />
(paint or powder coatings)<br />
abrasives<br />
boilers<br />
R.D.M. Engineering Ltd, Est. 1951<br />
Stakehill Lane, Stakehill,<br />
Middleton,<br />
Manchester M24 2RW<br />
Tel: 0161 643 9333<br />
Fax: 0161 655 3467<br />
Web: www.rdmengineering.co.uk<br />
E-mail: sales@rdmengineering.co.uk<br />
Contact: Mr R. Horwich<br />
spraybooths • rooms • ovens •<br />
conveyors • pretreatment • powder<br />
plant • air replacement units<br />
CALDAN Conveyor Ltd.<br />
Kirkleatham Business Park<br />
Redcar • TS10 5SH<br />
Tel. +44 1642 271118<br />
salesuk@caldan.dk<br />
www.caldan.dk<br />
Caldan Conveyor Solutions -<br />
simply perfect.<br />
High Carbon Steel Shot and Grit.<br />
Medium Carbon Steel Shot and Metal<br />
Bead. Stainless Steel Cr and Cr/Ni.<br />
High Chrome Grit.<br />
Aluminium Oxide.<br />
Full Technical Support.<br />
Tel: 01952 299777 Fax: 01952 299008<br />
Email: sales@pometon.co.uk<br />
Modern Coil Type Steam<br />
Generators & Fire Tube Boilers<br />
• 100Kg/h – 25,000Kg/h<br />
• High efficiency – up to 96%<br />
• Low overall emissions<br />
• Improved safety<br />
• Simplicity of control<br />
• Quiet, clean & cool in operation<br />
Tel: 020 8953 7111<br />
info@babcock-wanson.com<br />
www.babcock-wanson.com<br />
To advertise<br />
please call<br />
Stewart Freshwater<br />
on 07746 373 545 or email<br />
s.freshwater@turretgroup.com<br />
FM_PSA_2016.indd 1 14/04/16 12.43<br />
<strong>January</strong>/<strong>February</strong> <strong>2023</strong> - <strong>Finishing</strong>
48 for all your classified needs call Stewart Freshwater on: 07746 373 545<br />
drying racks & spray tables<br />
effluent treatment plants<br />
infra red emitters<br />
DRYING RACKS<br />
FILTERS<br />
To advertise<br />
please call<br />
Stewart Freshwater<br />
on<br />
07746 373545<br />
or email<br />
s.freshwater@turretgroup.com<br />
hooks & jigs<br />
SPRAY TABLES<br />
SPRAY-SHOP-SUPPLIES.CO.UK<br />
01920 822 404<br />
INFO@GIBBSFINISHING.COM<br />
www.neutralac.co.uk<br />
TENNANTS<br />
TENNANTS DISTRIBUTION LIMITED<br />
electrophoretic coatings supplier and applicator<br />
Polypropylene Tanks<br />
PVC Tanks<br />
PVC/GRP Tanks<br />
Bund Tanks<br />
Tank Linings<br />
Rubber Linings<br />
HDPE Tanks<br />
Established 1976<br />
Fume Scrubbers<br />
Fume extraction<br />
Pipework<br />
Ducting<br />
Repairs & Refurbishment<br />
Flexible PVC Linings<br />
Guards in all materials<br />
One off Fabrications and installation<br />
Tel: 01543 462 802<br />
Email: plasbrun.plastics@outlook.com<br />
Web: www.plasbrunplastics.co.uk<br />
MANUFACTURERS AND<br />
APPLICATORS OF SPECIALIST<br />
ELECTROPHORETIC COATINGS<br />
• A TRULY UNIQUE FINISHING SERVICE<br />
• SIMULATED BRUSHED NICKEL, CHROME AND STAINLESS STEEL<br />
EFFECTS APPLIED DIRECTLY ONTO BASE METAL SUBSTRATES.<br />
• BESPOKE COLOURS AND EFFECTS TO CUSTOMER SPECIFICATIONS<br />
• ALL FINISHES AVAILABLE WITH ANTI-BACTERIAL CAPABILITY<br />
Hawking Electrotechnology Ltd<br />
T: +44 (0) 1384 483019<br />
E: sales@hawking.co.uk • W: www.hawking.co.uk<br />
electroplaters<br />
COPPER n CHROME n POLISHING n IRIDITE NCP n GOLD and SILVER<br />
BRIGHT ACID TIN n MANGANESE PHOSPHATE<br />
n CHEMI BLACK COLD and HOT n ZINC and CLEAR/COLOUR/BLACK<br />
NICKEL BRIGHT/DULL n ANODISING CLEAR/COLOUR/BLACK/HARD<br />
Units 1 & 2, Dawkins Road Industrial Estate, Hamworthy, Poole, Dorset BH15 4JP<br />
Tel: 01202 677939<br />
jane@dorsetware.com<br />
t Bruest ATEX-certified<br />
Flameless Gas<br />
Catalytic Infrared Heaters<br />
t Gas-saving industrial ovens<br />
t “CATBOX” box ovens for<br />
wood-finishing<br />
t Servicing, spares & repairs for<br />
most brands of catalytic heaters<br />
Unit 1b Brown Lees Road Ind. Est. Forge<br />
Way, Knypersley, Staffordshire ST8 7DN<br />
Tel: + 44 (0) 1782 511880<br />
www.thermocatalytic.com<br />
thermocatsys@aol.com<br />
To advertise please email<br />
Stewart Freshwater at<br />
s.freshwater@turretgroup.com<br />
laquers<br />
T: 01202 661300 jane@hitekproducts.com<br />
www.hitekproducts.com<br />
Hi-Tek stocks not only an extensive range of<br />
masking products including plugs, tapes, caps and<br />
discs, but also has the distinction of being the<br />
European distributor for the US based TOLBER<br />
range of lacquers and<br />
associated products. Hi-Tek<br />
imports bulk supplies from<br />
Tolber and converts or<br />
decants into commercially<br />
usable volumes for the UK,<br />
and European trade. The<br />
association with Tolber has<br />
evolved over many years.<br />
finishing systems<br />
jigs & baskets<br />
Masking • Hooks • Jigs<br />
HangOn Ltd<br />
Leintwardine, Craven Arms,<br />
Shropshire, SY7 0NB, UK<br />
Tel. +44 (0) 1547 540 573<br />
Fax. +44 (0 1547 540 412<br />
Email. sales@hangon.co.uk<br />
Web. www.hangon.co.uk<br />
• Water wash spraybooths<br />
• Water treatment chemical additives<br />
• Paint separation solids removal systems<br />
• Dry filter spraybooths<br />
• Fixed or portable spraybooths<br />
• Sprayroom enclosures<br />
• Air replacement systems<br />
• Full installation and commissioning<br />
• After-sales service and maintenance<br />
• Spray process engineering<br />
Product complies fully with current environmental<br />
protection and health and safety legislation<br />
Unit 4 Brook Road Industrial Estate,<br />
Wimborne, Dorset, BH21 2BH<br />
T: 01202 840900 • F: 01202 889477<br />
www.dynaclean.co.uk • sales@dynaclean.co.uk<br />
• Automotive • Aerospace<br />
• Oil & Gas<br />
• Petrochemical<br />
• Defence • Medical<br />
• Precision Engineering<br />
Specialist manufacturers in:<br />
Jigs • Baskets<br />
Coils • Heaters<br />
Fasteners • Tanks<br />
0121 622 3887<br />
info@saltandsadler.co.uk<br />
www.saltandsadler.co.uk<br />
Leading manufacturer of Jigs,<br />
Racking systems, Baskets, Heaters,<br />
Coils and many other products for the<br />
Anodising & Electroplating industry<br />
www.Supreme-Eng.com<br />
Tel: 01283 529314<br />
Fax: 01283 529316<br />
Sales@Supreme-Eng.com<br />
<strong>Finishing</strong> - <strong>January</strong>/<strong>February</strong> <strong>2023</strong>
for all your classified needs call Stewart Freshwater on: 07746 373 545<br />
49<br />
nylon colours_3x2_FNGCLASS 17/5/11 16:29 Page 1 serfilco_5x1_FNGCLASS 18/11/13<br />
masking<br />
nylon coating powders<br />
pump & filtration specialists<br />
Hi-Tek Products Ltd<br />
2A Dawkins Road Industrial Estate<br />
Hamworthy, Poole,<br />
Dorset BH15 4JP<br />
Tel: 01202 661300<br />
E-mail: jane@hitekproducts.com<br />
Web Site: www.hitekproducts.com<br />
Contact: Jane McMullen<br />
Masking Caps • Tapes/Discs • Tapered<br />
Plugs • Tubing • Pull-Through Plugs<br />
• Custom Design • Stopping-Off<br />
Lacquers • PTFE Lubricant<br />
To advertise email<br />
Stewart Freshwater<br />
s.freshwater@turretgroup.com<br />
metal plating and polishing<br />
Tel: +44 12 96 43 37 54<br />
Fax: +44 12 96 39 22 85<br />
Email: sales@nyloncolours.co.uk<br />
powder coating<br />
gemapowdercoating.com<br />
High-quality solutions<br />
for powder coating<br />
NYLON<br />
A TOUGHER COATING<br />
Nylon Colours Ltd manufactures<br />
Nylon Coating Powders for<br />
Electrostatic or Fluid Bed.<br />
A wide range of colours including<br />
metallics is available.<br />
Nylon Colours is also the UK distributor<br />
for RILSAN range of Nylon Powders.<br />
The latest and<br />
greatest from<br />
the leading<br />
powder<br />
coating<br />
equipment<br />
provider<br />
Gema Europe Srl<br />
– UK Branch<br />
T: 0044 1202 763 942<br />
E: uk.sales@gema.eu.com<br />
●<br />
●<br />
●<br />
●<br />
SERFILCO<br />
Pumps, Filters<br />
and Agitation<br />
Systems<br />
TITAN Auto Backwash Filter<br />
Carbon Purification & Cartridges<br />
Premier Washed & Pleated Reusable<br />
Drum and Air Diaphragm Pumps<br />
● Electric Immersion Heaters<br />
Tel: 0161 775 1910<br />
Fax: 0161 775 3696<br />
SERFILCO delivers<br />
clear solutions<br />
E: sales@serfilco-international.com<br />
www.serfilco.co.uk<br />
rectifier equipment<br />
Switchmode and SCR DC Power Supplies<br />
for any metal finishing process.<br />
Options include:<br />
Local / Remote control.<br />
Constant Current / Constant Voltage.<br />
PLC controllable. Touchscreen control.<br />
Process timer. Ampere hour / minute meter.<br />
Digital meters. Outputs fully recordable.<br />
Outputs from 10 Amp x 6 V to 6000 Amp x 200 V.<br />
Prices available on request<br />
rdm_4x1_FNGCLASS 15/7/14 14:06 Page 1<br />
oven stoving & curing<br />
R.D.M. Engineering Ltd, Est. 1951<br />
Stakehill Lane, Stakehill,<br />
Middleton,<br />
Manchester M24 2RW<br />
Tel: 0161 643 9333<br />
Fax: 0161 655 3467<br />
Web: www.rdmengineering.co.uk<br />
E-mail: sales@rdmengineering.co.uk<br />
Contact: Mr R. Horwich<br />
spraybooths • rooms • ovens •<br />
conveyors • pretreatment • powder<br />
plant • air replacement units<br />
powder coating manufacturers<br />
precision cleaning & degreasing<br />
pumps & filters<br />
ptr treatment<br />
Aqueous Cleaners/Degreasers<br />
Metal Brightening Solutions<br />
Alkaline and Acid Etches<br />
Desmuts/Deoxidisers<br />
Chrome passivates and treatments<br />
Qualicoat Approved Non-Chrome<br />
treatments<br />
Phosphates and Non-phosphate<br />
treatments<br />
Pickling Solutions<br />
Paint Strippers<br />
Special Formulations<br />
and Approved Systems<br />
Supplied with technical support<br />
and advice<br />
Tel: + 44 (0) 1978 660 297<br />
Fax: + 44 (0) 1978 661 104<br />
E-mail: info@almetron.com<br />
Web: www.almetron.co.uk<br />
To advertise<br />
To meet the requirements of:<br />
ASTM B117 • ISO 9227 • DIN 50 021<br />
almetron ltd-5x1_FIN_CLAS please (v2).i1 call 1 16/3/12 13:09:20<br />
and all other standards.<br />
Stewart Freshwater<br />
on 07746 373545<br />
or email<br />
s.freshwater@turretgroup.com<br />
spray nozzles<br />
For more information please contact us on:<br />
Tel: +44 (0) 121 526 6847<br />
Fax: +44 (0) 121 568 8161<br />
e-mail: sales@britishelectrical.co.uk<br />
Website: www.britishelectrical.co.uk<br />
salt spray environmental<br />
cabinets<br />
UKAS/NADCAP CERTIFIED SALT<br />
FOR SALT SPRAY TESTING<br />
Supplied in 5Kg and 25Kg Packs<br />
Full traceability guaranteed.<br />
SPECIALIST LAB SALT LTD<br />
Paytoe Lane . Leintwardine . Craven Arms.<br />
Shropshire . SY7 0NB<br />
Telephone: 01547 540573<br />
Email: sales@specialistlabsalt.com<br />
Website: www.specialistlabsalt.com<br />
The Sherwin-Williams Company<br />
<strong>January</strong>/<strong>February</strong> <strong>2023</strong> - <strong>Finishing</strong>
50 for all your classified needs call Stewart Freshwater on: 07746 373 545<br />
spray booths<br />
spray nozzles<br />
thermal fluid<br />
web design<br />
The shoemaker’s son<br />
always goes barefoot.<br />
Excellent surfaces<br />
WAGNER offers a wide range<br />
of systems and products for<br />
perfect coating solutions in<br />
liquid and powder.<br />
surface finishing & effluent<br />
technologies<br />
Thermal Fluid<br />
Heating<br />
Technology now<br />
for the future<br />
• Up to 50% energy savings<br />
• Compact size<br />
• Easy & safe to use<br />
• Works up to 350°C<br />
• Low exhaust emissions<br />
• High efficiency<br />
• Requires no specialist<br />
knowledge<br />
Tel: 020 8953 7111<br />
info@babcock-wanson.com<br />
www.babcock-wanson.com<br />
It’s the same in many industries, we<br />
never get the time to look after<br />
ourselves.<br />
We’ve been far too busy creating<br />
beautiful websites and building<br />
successful email campaigns for clients<br />
that our site relaunch has been pushed<br />
back again.<br />
This is not a complaint though, it’s what<br />
we at Reva call a nice problem, plus it<br />
shows that with us the customer indeed<br />
does come first.<br />
If you would like to push our website<br />
further down our to do list contact us<br />
for a chat.<br />
R<br />
V<br />
E<br />
Web Design<br />
A & Development<br />
T. 01932 567505<br />
chat@reva.co.uk<br />
Applying<br />
Feeding<br />
Mixing<br />
Controlling<br />
Booths & Systems<br />
Wagner Spraytech (UK) Ltd.<br />
Tel. 01327 368410<br />
enquiries@wagner-group.com<br />
www.wagner-group.com<br />
<strong>Finishing</strong> - <strong>January</strong>/<strong>February</strong> <strong>2023</strong><br />
AUTOMATIC & MANUAL<br />
METAL FINISHING<br />
PLANT EQUIPMENT<br />
Fume Extraction<br />
Effluent Treatment<br />
DI Water Generation<br />
TEL: +44 (0) 121 314 1191<br />
enquiries@plastratum.com<br />
www.plastratum.com<br />
Plastratum Ltd<br />
100 Armoury Road<br />
Birmingham B11 2RH<br />
tanks & protective linings<br />
Polypropylene Tanks<br />
PVC Tanks<br />
PVC/GRP Tanks<br />
Bund Tanks<br />
Tank Linings<br />
Rubber Linings<br />
HDPE Tanks<br />
Established 1976<br />
Fume Scrubbers<br />
Fume extraction<br />
Pipework<br />
Ducting<br />
Repairs & Refurbishment<br />
Flexible PVC Linings<br />
Guards in all materials<br />
One off Fabrications and installation<br />
Tel: 01543 462 802<br />
Email: plasbrun.plastics@outlook.com<br />
Web: www.plasbrunplastics.co.uk<br />
To advertise<br />
please call<br />
Stewart Freshwater<br />
on 07746 373545<br />
or email<br />
s.freshwater<br />
@turretgroup.com<br />
Editorial Calendar<br />
Each issue of <strong>Finishing</strong> Magazine includes the<br />
following regular columns:<br />
4 News and views<br />
4 Products<br />
4 Business and technical issues<br />
4 Personnel changes<br />
4 Company focuses<br />
4 Questions & answers<br />
4 Special reports<br />
4 Employment legislation<br />
4 Plus monthly special features<br />
MARCH/APRIL:<br />
n Pre-Treatment Chemicals<br />
n Test and Measurement Equipment<br />
n Laboratory Equipment<br />
For Editorial enquiries please contact:<br />
John Hatcher,<br />
EDITOR<br />
E: j.hatcher@turretgroup.com<br />
T: +44 (0) 1923 437 618
Poison under control.<br />
SLOTOLOY ZN „Generation VX“<br />
The alkaline zinc-nickel processes SLOTOLOY ZN „Generation VX“ are operated with an anode (special anode VX 1)<br />
specially adapted to the process and respective additives. Because of this, the formation of breakdown products and cyanide<br />
on the anode is inhibited. The practical application at customers showed in converted electrolytes that even the cyanide<br />
content is reduced actively.<br />
Advantages of the zinc-nickel<br />
processes „Generation VX”<br />
· No cost-intensive membrane technology necessary.<br />
· Improvement of current efficiency and appearance.<br />
· Simple conversion of existing electrolytes.<br />
· Low additive consumption.<br />
· The formation of cyanide is significantly reduced and<br />
may falls below the detection limit.<br />
· Since there’s less non-active tetracyanonickelate there’s<br />
a lower demand of nickel.<br />
Decrease of the cyanide content after the conversion to<br />
SLOTOLOY ZN „Generation VX“<br />
cyanide content [mg/L]<br />
500<br />
400<br />
300<br />
200<br />
100<br />
0<br />
0 500 1000 1500 2000<br />
bath throughput [Ah/L]<br />
Schloetter Co. Ltd.<br />
Abbey Works<br />
New Road, Pershore<br />
Worcestershire WR10 1BY<br />
United Kingdom<br />
T +44 (0)1386 552 331<br />
info@schloetter.co.uk<br />
www.schloetter.co.uk