Product Presentations - American Coatings
Product Presentations - American Coatings
Product Presentations - American Coatings
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FUNCTIONAL FILLERS<br />
FOR COATINGS.<br />
PLEASE VISIT US<br />
AT BOOTH 1755<br />
_1031_AZ Min_Daily <strong>American</strong> <strong>Coatings</strong> Show_60x60 1 10.04.12 17:16<br />
SHOW AND CONFERENCE Daily 1 | May 8, 2012 www.american-coatings-show.com<br />
Making Connections in Indy<br />
New records at the <strong>American</strong> <strong>Coatings</strong> Show<br />
With the hightest number of exhibitors ever, attendees of this year’s AC Show will be renewing old friendships and making new contacts<br />
H The 2012 <strong>American</strong> <strong>Coatings</strong> Show &<br />
Conference is shaping up to break<br />
all of its previous records for visitors,<br />
exhibitors and size, thanks to a simple<br />
formula – connecting the world’s foremost<br />
suppliers in the coating industry<br />
with decision makers.<br />
As the doors opened this morning at the<br />
Indiana Conference Center, attendees at<br />
the show were able to learn about the latest<br />
innovations in the coatings industry<br />
from a record 426 exhibitors representing<br />
19 countries. With nearly 1000 attendees,<br />
the <strong>American</strong> <strong>Coatings</strong> Conference is the<br />
Vinyls & Acrylics working together.<br />
www.american-coatings-show.com<br />
largest technical conference on coatings in<br />
North America. And networking opportunities<br />
abound for exhibitors and attendees<br />
alike: more than 6,300 people preregistered<br />
for the show. “Each show has gotten<br />
bigger because we concentrate on connecting<br />
the right level of managers with<br />
our exhibitors,” said Cheryl Matthews of<br />
the <strong>American</strong> <strong>Coatings</strong> Association (ACA).<br />
“Our exhibitors know that this is the place<br />
to be if you are at all involved in the coatings<br />
industry.” The organizers of the show,<br />
the ACA and Vincentz Network, moved the<br />
event to Indianapolis because it had outgrown<br />
exhibition space in Charlotte, N.C.<br />
Celanese Emulsions…flexible solutions for you<br />
Show 2012 | Daily 1<br />
Amanda Beyer of Vincentz, said there were<br />
no exhibition spaces left when the show<br />
opened today, even though it expanded<br />
its footprint by more than 30 % this year to<br />
91,200 square feet. Dr. Roland Fleck, CEO,<br />
Managing Director NürnbergMesse GmbH,<br />
said the <strong>American</strong> <strong>Coatings</strong> Show and Conference<br />
is now “the leading industry platform<br />
for the paint and coatings industry in<br />
North America. We are very pleased to be<br />
part of this successful event.”<br />
Ask us how to balance your performance,<br />
marketing and economic goals.<br />
VAE emulsions for eco-friendly<br />
paints that are<br />
· Ultra low VOC and odor<br />
· Durable<br />
· Green certification capable<br />
Perfect balance of performance<br />
and value!<br />
www.EcoVAE.com<br />
Source: Heiko Stahl<br />
Avicor 601 100% acrylic emulsion<br />
· High performance<br />
· Formulate ultra-low VOC<br />
· Designed to work alone and<br />
with vinyl-based emulsions<br />
Stretch VAE from flat to semi-gloss!<br />
WELCOME<br />
An International Forum<br />
to Learn, Network and<br />
Conduct Business ............. 2<br />
FOCUS<br />
Pigments: Optimization of<br />
Particle Surface ............... 6<br />
AC SHOW<br />
<strong>Product</strong> <strong>Presentations</strong><br />
Today ................................. 18<br />
AC CONFERENCE<br />
New Test Methods<br />
Are Needed....................... 22<br />
SERVICE<br />
Culinary Delights<br />
All Around Town ............. 22<br />
5 things<br />
COAPUR TM<br />
ECODIS<br />
COADIS<br />
TM<br />
TM<br />
COAPUR<br />
TM<br />
TM<br />
RHEOTECH<br />
TM<br />
POLYPHOBE<br />
ETHACRYL<br />
RHEALIS<br />
POLYPHOBE<br />
TM<br />
RHEOSOLVE<br />
TM<br />
ECODIS ETHACRYL<br />
TM<br />
VISCOATEX<br />
TOPSPERSE<br />
TM<br />
COADIS RHEALIS<br />
TM<br />
RHEOCOAT<br />
TM<br />
RHEOSPERSE<br />
TM<br />
RHEOTECH RHEOSOLVE<br />
Daily 1<br />
to do<br />
at the Show<br />
TM<br />
TM<br />
Visit us at ACS Booth 500<br />
TM<br />
TM<br />
RHEOCARB<br />
TM<br />
VISCOATEX<br />
TM<br />
TOPSPERSE www.coatex.com<br />
www.arkemacoatingresins.com<br />
TM<br />
RHEOCOAT<br />
TM<br />
RHEOSPERSE<br />
RHEOCARB<br />
You need opTiO 2 ns…<br />
X Organize your schedule at the<br />
Show with the Market Navigator<br />
X Vote for President of United<br />
States at the Mock Election<br />
X Thumb through a book in a<br />
relaxed atmosphere at the<br />
ACShop Booth<br />
X Check out for the yellow motorbike<br />
at the BASF Booth<br />
X Visit the new <strong>Product</strong> Showcase<br />
TM<br />
TM<br />
…We have soluTiO 2 ns<br />
TM<br />
TM<br />
TM<br />
Visit us at ACS<br />
Booth# 1200<br />
Ask us how.<br />
infopaints@celanese.com<br />
McKaye Black<br />
972-443-4518<br />
1<br />
H<br />
H<br />
H
H<br />
H<br />
H<br />
2<br />
Welcome<br />
An International Forum to Learn, Network,<br />
and Conduct Business<br />
J. Andrew Doyle,<br />
President <strong>American</strong> <strong>Coatings</strong> Association<br />
What, When, Where?<br />
Today’s Show and<br />
Conference Highlights<br />
at a Glance<br />
<strong>American</strong> <strong>Coatings</strong> Show<br />
<strong>Product</strong> <strong>Presentations</strong><br />
10:00 am - 03:55 pm<br />
Area 1: Booth #131<br />
Area 2: Booth #1459<br />
<strong>American</strong> <strong>Coatings</strong> Conference<br />
Morning Sessions<br />
09:00 am - 12:30 pm<br />
Architectural <strong>Coatings</strong> I<br />
Protective <strong>Coatings</strong> I<br />
Biobased <strong>Coatings</strong> I<br />
Modeling & Measuring<br />
Afternoon Sessions<br />
02:00 pm - 05:30 pm<br />
Architectural <strong>Coatings</strong> II<br />
Protective <strong>Coatings</strong> II<br />
Biobased <strong>Coatings</strong> II<br />
Polyurethanes<br />
“Ladies and gentlemen, I am honored<br />
to welcome you to the third <strong>American</strong><br />
<strong>Coatings</strong> Show. We are excited to be<br />
in Indianapolis for this year’s event,<br />
and are looking forward to offering<br />
attendees an incomparable experience.<br />
The show has become the “go-to” event<br />
for the <strong>American</strong> paint and coatings industry,<br />
but it also attracts a sizeable<br />
international contingency. We are proud<br />
that the <strong>American</strong> <strong>Coatings</strong> Show (ACS)<br />
and Conference (ACC) has become an international<br />
forum for industry members<br />
to learn, network, and conduct business.<br />
The conference began yesterday with<br />
the Pre-Conference Tutorials, the Plenary<br />
Session focusing on Open Innovation<br />
and Sustainability, and the presentation<br />
of awards. Today, conference and<br />
show attendees will come together to<br />
exchange ideas and view presentations<br />
of the most novel products available,<br />
John S. Gaither,<br />
President<br />
and CEO,<br />
Reichhold<br />
Inc.US<br />
“The <strong>American</strong> <strong>Coatings</strong> Show<br />
provides a great venue for Reichhold<br />
to demonstrate our leadership<br />
in new cutting-edge resin<br />
technologies, particularly those<br />
non-acrylic waterbased technologies<br />
offering extremely low VOC’s<br />
and based, in many cases, on<br />
sustainable biobased chemistry.<br />
Reichhold continues our 85-year<br />
tradition of investing in technology<br />
to create added value for our customers.<br />
The ACS is the perfect vehicle<br />
to showcase this capability.”<br />
while exhibitors have the opportunity<br />
to showcase new product lines.<br />
This year, as hosts of the ACC and<br />
ACS, the <strong>American</strong> <strong>Coatings</strong> Association<br />
(ACA) and Vincentz Network are offering<br />
another opportunity to access industry<br />
information – through our new AC Shop.<br />
Located in booth #1260, the AC Shop<br />
is a bookstore that provides valuable<br />
information about coatings<br />
technology at your<br />
fingertips.<br />
While you are at the AC<br />
Shop, please stop next<br />
door and visit the ACA<br />
Highlights and Opportunities<br />
H Members of the industry highly anticipate the <strong>American</strong> <strong>Coatings</strong> Show. Networking,<br />
presenting and sharing information with peers and colleagues offers great<br />
opportunities for attendees. Below, members of ACA share their expectations for the<br />
most important coatings event in North America.<br />
Klaus Engel,<br />
Chairman of<br />
the Executive<br />
Board,<br />
Evonik<br />
Industries<br />
“At the ACS 2012, Evonik will<br />
highlight its international market<br />
initiative. “We love your problems,”<br />
which positions the group<br />
as a partner for creative solutions.<br />
With this message, we want not<br />
only to advertise ourselves, but<br />
also to open up a dialogue with<br />
our customers and discuss the<br />
challenges that may be awaiting<br />
them in the future. We’re here<br />
to offer the coatings market the<br />
pooled expertise of the group and,<br />
in collaboration with our customers,<br />
develop individual, innovative,<br />
and efficient solutions.”<br />
booth (#1059). This year ACA is celebrating<br />
its 125th anniversary, and we would<br />
like to invite all attendees to join us in taking<br />
a look back at our history – not only<br />
the history of ACA, but the history of our<br />
industry.<br />
Thank you for joining ACA, Vincentz, and<br />
NürnbergMesse for this exciting industry<br />
event. I look forward to seeing you!”<br />
Michael N.<br />
Silver,<br />
President &<br />
CEO,<br />
<strong>American</strong><br />
Elements<br />
“The <strong>American</strong> <strong>Coatings</strong> Show has<br />
consistently presented exceptional<br />
cutting-edge papers that have<br />
influenced research & development<br />
at <strong>American</strong> Elements as well<br />
as new product development.”<br />
The AC Show Floor Hours:<br />
Tuesday, May 8<br />
from 09:00 am to 05:00 pm<br />
Wednesday, May 9<br />
from 09:00 am to 05:00 pm<br />
Thursday, May 10<br />
from 09:00 am to 03:00 pm<br />
www.american-coatings-show.com
AC Conference<br />
Discovering New Ways to Innovate<br />
Keynote speakers emphasize ties between science and industry<br />
H Though it is facing challenges as<br />
wide ranging as shortages of raw materials<br />
to reducing waste, the coatings<br />
industry is up to the task if it embraces<br />
perhaps the most powerful tool of all:<br />
collaboration.<br />
Speaking at the plenary session of the<br />
<strong>American</strong> <strong>Coatings</strong> Conference yesterday,<br />
experts from The Sherman-Williams<br />
Company and the National Science<br />
Foundation (NSF) gave practical and farreaching<br />
examples of how companies<br />
can speed the implementation of new<br />
chemistries and technologies by working<br />
closely in teams with supply chain<br />
partners and forging public-private<br />
partnerships.<br />
Dr. Babu DasGupta, lead program director<br />
for the Industry University Cooperative<br />
Research Center Program for the National<br />
Science Foundation in Arlington,<br />
Va., said private industry can reap huge<br />
benefits by drawing on the science and<br />
engineering pool of talent of U.S. colleges<br />
and universities. Since the talent pool<br />
H<br />
H<br />
H<br />
4<br />
of scientists is spread throughout the<br />
government, academic institutions and<br />
large and small businesses, the most efficient<br />
way to crack hard technical problems<br />
is to identify where the experts are<br />
and implement ways so they can collabo-<br />
Source: Heiko Stahl<br />
The Plenary Session was packed with delegates who wanted to learn from keynote speakers<br />
rate. The National Science Foundation<br />
is a federal agency that supports fundamental<br />
research and education through<br />
grants, contacts and cooperative agreements<br />
in all non-medical fields of science<br />
and engineering.<br />
Kent Young, director of technology for<br />
the paint and coating division at Sherman-Williams,<br />
and Lee Orr, commercialization<br />
manager for coatings, inks and<br />
adhesives for the United Soybean Board,<br />
said companies can tackle the problems<br />
of larger technical challenges by enlisting<br />
the aid of supply chain partners. As<br />
an example, Young described how his<br />
company forged a relationship with soybean<br />
farmers and the United SoyBean<br />
Board to develop a new paint technology<br />
that utilizes soybean oil and recycled<br />
PaintPAC Sponsors ACS Election Project 2012 –<br />
Vote for President!!!!<br />
PaintPAC, the <strong>American</strong> <strong>Coatings</strong> Association’s Political Action Committee,<br />
wants you to vote for President of the United States ... at the <strong>American</strong><br />
<strong>Coatings</strong> Show!!<br />
PaintPAC is sponsoring a Mock Presidential Election. All Conference and<br />
ACS attendees and exhibitors are encouraged to vote for either the (likely)<br />
Republican nominee, Mitt Romney, or President Barack Obama. Look for<br />
the PaintPAC ballots and submit them at PaintPAC’s Booth #1646 or in<br />
the ballot boxes around the show floor. Remember to wear your “I Voted”<br />
sticker proudly. Look for results of the election at PaintPAC’s booth!!<br />
plastics bottles made from polyethylene<br />
terephthalate, while reducing volatile<br />
organic compound (VOC) content of the<br />
coatings. The innovation resulted in the<br />
partnership receiving the of the organizations<br />
2011’s Presidential Green Chemistry<br />
Challenge Awards, which was established<br />
to recognize and promote chemical technologies<br />
that reduce pollution and have<br />
broad application in industry.<br />
Dr. DasGupta, National Science Foundation<br />
(NSF) presented one of the keynote speeches<br />
AC Conference Voices<br />
Brett Moyer,<br />
EMD Chemicals<br />
“ My colleagues and I are deeply<br />
interested in pigments and related<br />
topics, and we learned a lot when<br />
we attended the 2010 show in<br />
Charlotte. This year we expect to<br />
get even more from this conference,<br />
and we anticipate going to<br />
a number of different sessions<br />
on a variety of business topics.<br />
We are especially pleased<br />
to network with experts who<br />
inform us about their work. ”<br />
Xiaohua Fang,<br />
Huntsman<br />
“ The conference topic is relevant for<br />
my work. I do research on dispersants<br />
and additives. I learned a<br />
lot about methods characterizing<br />
the pigment size in coatings and<br />
inks. This is the first time I am<br />
attending a conference, so I am<br />
lucky. I learned a lot. Actually, I am<br />
going to use some of the methods,<br />
and I will meet with several<br />
people for further collaboration.”<br />
Source: Heiko Stahl<br />
Gabriela<br />
Burgos,<br />
DuPont<br />
Titanium<br />
Technologies<br />
“ I have chosen topics related to<br />
my technical know-how. I will<br />
certainly have a closer look at<br />
Bioinspired Slippery Surfaces with<br />
Pressure-Stable Omniphobicity<br />
and Self-Repair. The content of the<br />
conference is more than interesting.<br />
I will meet my colleagues for<br />
dinner later and we will talk about<br />
the new ideas all of us gained.”<br />
Santanu<br />
Chaudhur,<br />
Washington<br />
State University<br />
“ I appreciated the opportunity to<br />
present my work on the possibilities<br />
of performance prediction at<br />
the conference because it gave<br />
me a chance to talk about this<br />
important, but little known, topic.<br />
I was thrilled with the response<br />
that I received. It is also a great<br />
place for networking and gives<br />
me a lot of input for the future.”<br />
www.american-coatings-show.com
www.american-coatings-show.com<br />
AC Conference<br />
Delegates Define Main Industry Drivers<br />
Survey shows how industry experts assess the coatings market<br />
H A pre-conference survey among attendees<br />
of the <strong>American</strong> <strong>Coatings</strong> Conference<br />
showed that in the future there<br />
will not be a single major coatings technology<br />
anymore – most respondents<br />
judged functional/smart coatings and<br />
materials as well as waterborne technology<br />
as the most important future<br />
technologies in their industry sector<br />
(see Figure 1).<br />
Sustainable coatings and high solids<br />
were also seen as quite important drivers,<br />
while powder and UV/EB curing<br />
yielded less response.<br />
In contrast, an overwhelming majority<br />
of respondents considered waterborne<br />
technology as the main industry driver<br />
in a pre-conference survey carried out<br />
for the ACS 2010.<br />
It was also interesting to learn that the<br />
industry experts do not seem to expect<br />
an accelerating substitution of tradi-<br />
tional materials by renewables (see Figure<br />
2). When asked to what extent fossil<br />
based raw materials will be replaced<br />
by renewable resources in the next five<br />
years, 40 % of respondents expected<br />
the extent to amount to less than 10 %,<br />
another 40 % of interviewees see the extent<br />
at 20 %. Only 4 % of respondents<br />
expected a share of more than 50 % renewables.<br />
A third question concerned regulations<br />
and legislation relevant to the coatings<br />
industry. A vast majority of respondents<br />
declared that VOC (volatile organic<br />
compounds) regulation occupies them<br />
the most, followed at great distance by<br />
REACH and food contact legislation. Labelling<br />
(GHS), halogen-free flame retardants<br />
and biocides legislation received<br />
much less response.<br />
The results of this poll were presented<br />
in detail at the conference opening during<br />
the Plenary Session on Monday.<br />
Figure 1: ACC participants’<br />
ranking of the<br />
most important future<br />
technologies for their<br />
industry sector<br />
Dow Research Team Wins AC Award<br />
Paper on distribution of TiO 2 convinced the committee<br />
H A team from The Dow Chemical<br />
Company and Dow Coating Materials<br />
won the 2012 <strong>American</strong> <strong>Coatings</strong><br />
Award for its basic research into a<br />
method of measuring the distribution<br />
of titanium dioxide in slurries and<br />
grinds – analysis that promises to<br />
help paint manufacturers reduce the<br />
cost of their products by optimizing<br />
performance of paint coverage. Created<br />
in 2008 by the <strong>American</strong> <strong>Coatings</strong><br />
Association and Vincentz Nework,<br />
the AC Award is given to participants<br />
who submitted the most outstanding<br />
paper to the conference.<br />
Working in conjunction with the federal<br />
National Institute of Standards and Technology<br />
(NIST), award winners Dr. Antony<br />
van Dyk of Dow Coating Materials and<br />
Dr. Alan Nakatani from The Dow Chemical<br />
company said they were interested in<br />
how molecular weight and hydrophilicity<br />
of various polymeric dispersants affects<br />
how titanium dioxide is dispersed in<br />
paints. As titanium dioxide can often be<br />
the most expensive ingredient in a can of<br />
paint, the research can point to ways that<br />
will lower costs of paint. The researchers<br />
bombarded test samples with high speed<br />
neutrons at the NIST Center for Neutron<br />
Research facility in Gathersburg, Md.,<br />
then used sensitive equipment to measure<br />
the scattering of the neutrons.<br />
The researchers said the industry uses<br />
roughly 2 billion pounds of titanium dioxide<br />
annually, a demand that causes<br />
occasional shortages of the critical ingredient.<br />
The high demand for titanium<br />
dioxide coupled with the rising prices<br />
makes it imperative that paint manufacturers<br />
create formulations that maximize<br />
the hiding power of the chemical.<br />
Sonja Schulte of Vincentz Network and<br />
Steve Sides of the <strong>American</strong> Coating Association<br />
gave van Dyk and Nakatani<br />
a trophy and check for $2,500 in prize<br />
money. Schulte said the DOW presenta-<br />
Senthilkumar<br />
Rengasamy,<br />
Eastern Michigan<br />
University<br />
“ Volatile organic compound (VOC)<br />
content is disturbing the environment,<br />
so VOC reduction is a very<br />
important issue for the coatings industry.<br />
The trend goes towards biobased<br />
materials, so raw materials<br />
manufacturers have to pay great<br />
attention to environmental issues.<br />
On the other hand, as a chemist<br />
I can say that it will be difficult to<br />
replace all kinds of fossil-based<br />
raw materials through biobased<br />
ones. But we are on the way there.”<br />
tion was selected because “the research<br />
integrates new and theoretical science,<br />
as well as advanced monitoring and measurement<br />
techniques developed in col-<br />
Figure 2: Delegates’<br />
expectations regarding<br />
the substitution of<br />
fosssil-based raw materials<br />
by renewables<br />
Lee Ju Hiang,<br />
PCTS Specialty<br />
Chemicals Pte<br />
Ltd<br />
“ It is clear that new and novel<br />
coatings technologies will be<br />
required to continue driving<br />
coatings performance. Consumers<br />
expect low-VOC solutions.<br />
That’s why coatings with low<br />
impact on the eco-systems as<br />
well as renewable raw materials<br />
will become more popular. And<br />
the way coatings formulations<br />
will be prepared will change.”<br />
Antony van Dyk<br />
of Dow<br />
<strong>Coatings</strong><br />
Materials<br />
received this<br />
year’s<br />
<strong>American</strong> <strong>Coatings</strong><br />
Award<br />
laboration with NIST.” She added that<br />
the award judges had a record number<br />
of participants in the conference, which<br />
made their job tougher but enjoyable.<br />
5<br />
H<br />
H<br />
H
H<br />
H<br />
H<br />
6<br />
Focus<br />
“ A Matter of Using the Correct<br />
Combination of Photoinitiators and Lamps”<br />
UV coatings face a huge variety of fields for development<br />
James Horgan,<br />
Sartomer USA,<br />
LLC<br />
Booth #500<br />
H LED usage, pigmented coatings and<br />
photoinitiator reduction are fields of<br />
interest for developments for the radiation<br />
curing coatings. James Horgan, VP<br />
Technology, Sartomer LLC, explains in<br />
detail what is happening.<br />
�� How is the development of low-<br />
energy consumption lamps such as<br />
LEDs impacting the UV-curing market?<br />
James Horgan: LED curing is starting to<br />
make significant in-roads in UV, particularly<br />
in curing for UV-digital (ink jet) printing<br />
systems. The reduced weight, energy<br />
efficiency, etc. make LEDs particularly<br />
interesting for this application. LEDs are<br />
also starting to be seriously considered<br />
for flexo and litho printing operations for<br />
similar reasons, not to mention the fact<br />
that sensitive substrates are exposed to<br />
“Optimization of Particle Surface”<br />
Efficiency improvements and additional functionalities are future trends<br />
H The pigments market is challenging.<br />
The drastic rise in raw material prices<br />
and energy costs has resulted in enormous<br />
cost increases. According to Paul<br />
Frazier from Sachtleben, performance<br />
improvement linked with cost savings<br />
can now be achieved with a new concept<br />
based on the functionalization of<br />
white pigments.<br />
�� What are the latest trends in the<br />
field of pigments for coatings?<br />
Paul Frazier: The main driver for white<br />
pigments is increased efficiency linked<br />
with performance improvement. The latest<br />
developments mainly offer two alternatives.<br />
The first is a partial substitution<br />
of titanium dioxide. This can be achieved<br />
with alternative white pigments, e.g. synthetic<br />
barium sulfates. Today a substitution<br />
of up to 20 % is feasible, depending<br />
on the coating system.<br />
Also, performance improvement linked<br />
with cost savings can now be achieved<br />
with a new concept, based on the functionalization<br />
of white pigments. A new<br />
pigment class of functionalized barium<br />
less heat generation. With their lower<br />
energy output, LEDs are used in some instances<br />
for ‘pinning’ print between print<br />
stations prior to final curing with standard<br />
UV lamps at the end of the process.<br />
For obvious reasons, LEDs are also interesting<br />
when it comes to spot curing in UV<br />
adhesive systems.<br />
In the field of coatings, we see LED potential<br />
in UV cure auto refinishing and<br />
some field-applied repair<br />
situations such as<br />
windmill blades. Also,<br />
LED is starting to get<br />
more consideration for<br />
use in general UV coatings<br />
such as in wood<br />
and other substrates.<br />
Consumer interest is<br />
driven by energy efficiency,<br />
the instant<br />
on/off feature and the<br />
other benefits cited.<br />
As LED manufacturers<br />
develop new systems with higher energy<br />
output, more applications will develop.<br />
�� To what extent can UV-curing coatings<br />
be pigmented before properties such as<br />
drying and hardness are affected?<br />
sulfate shows the potential of this new<br />
raw material. It allows higher loads of<br />
inorganics in organic coatings systems<br />
via chemical bonding. The optimization<br />
of particle surface and resin interaction<br />
leads to improved compatibility. It also<br />
provides a higher network density to the<br />
coating layer, which enhances technical<br />
properties, e.g. scratch or chemical resistance.<br />
��What challenges are pigment<br />
manufacturers confronted with?<br />
Paul Frazier: Striking a balance between<br />
offering a broad pigment portfolio which<br />
meets customer demands and having<br />
lean, cost efficient production processes<br />
is a challenge. Cost increases are mainly<br />
driven by raw material price increases and<br />
energy costs. An additional factor is the<br />
regional location of the production plant.<br />
On a global level, there are huge deviations<br />
in terms of cost structure. Together<br />
these factors are challenging, because<br />
new pigment developments are linked<br />
with high investments, e.g. process adjustments.<br />
James Horgan: Of course, UV curing<br />
has been used for quite a long time in<br />
the graphics arts and ink applications<br />
that are pigmented. These are generally<br />
a lower film thickness. For coatings, we<br />
have many examples of pigmented UV<br />
cure coatings systems. It really is a matter<br />
of using the correct combinations of photoinitiators<br />
and lamps to process pigmented<br />
coatings at higher wavelength UV light.<br />
There are public examples<br />
of pigmented UV<br />
coatings as base coats<br />
on metal packaging<br />
containers, as well as<br />
pigmented powder<br />
coatings on wood. We<br />
have been studying<br />
the weatherability of<br />
UV coatings for nearly<br />
10 years, and we have<br />
Source: Sean Gladwell/Fotolia many resins that demonstrate<br />
very good results<br />
when subjected<br />
to extreme exposure. And this holds true<br />
for pigmented coatings systems as well.<br />
For metal coatings, we are conducting<br />
very success extensive studies of coatings<br />
with corrosion resistant pigments.<br />
So contrary to many beliefs, pigmented<br />
�� Where do you see future opportunities<br />
and trends?<br />
Paul Frazier: Improved hiding power for<br />
thinner coating layers, additional functionalities<br />
on pigment surfaces and the<br />
impact on physical coating properties<br />
are fields that meet future coating demands.Opportunities<br />
and trends are to<br />
be seen in efficiency improvements and<br />
the incorporation of additional functionalities.<br />
One example comes from the field<br />
coatings can be cured very effectively with<br />
UV lamps, and we will probably be hearing<br />
the term “UV paints” used more and more<br />
in the future.<br />
�� How can photoinitiator residues be<br />
prevented from migrating?<br />
James Horgan: This is a topic of great<br />
concern to food packaging applications,<br />
and not as much for general coatings.<br />
Although there are few, if any, applications<br />
for UV coatings in direct contact<br />
with food, many applications where<br />
there are indirect or incidental contact<br />
are UV cured, and the standards implemented<br />
for these systems are structured<br />
as if they are for direct contact. One way<br />
to avoid the issue of photoinitiator migration<br />
is to cure by electron beam (EB)<br />
rather than UV. Another approach is to<br />
use functional or polymeric photoinitators<br />
so small molecule fragments are<br />
not generated or are crosslinked in with<br />
the resin system. Of course, there is the<br />
“famous” example of the Food Contact<br />
Notification (FCN) 772 championed by the<br />
North <strong>American</strong> RadTech Association. It<br />
provides FDA clearance for certain resins<br />
and includes a photoinitator for direct<br />
food contact applications.<br />
of photocatalytic coatings for air and<br />
water cleaning: antifogging properties<br />
or antibacterial sterilization properties.<br />
The cooling of construction buildings<br />
and cars are further areas for potential<br />
applications. These products are already<br />
available today and can contribute to a<br />
greener and sustainable environment.<br />
But it is not clear whether or not end-<br />
users recognize the benefits of these developments.<br />
Source: Fotolia/Radu Razvan<br />
www.american-coatings-show.com
performance loves low VOC<br />
Paints made with our Acronal ® acrylic latexes, Joncryl ® emulsions,<br />
Pluracoat ® additives, FoamStar ® defoamers, Mattex ® kaolin extenders<br />
and Attagel ® rheology modifiers can be zero to low VOC without<br />
sacrificing functionality. And with PureOptions <br />
eco-colorants and Xfast ® stir-in pigments,<br />
they can be practically any color.<br />
The performance you need<br />
and the sustainability<br />
you want: at BASF,<br />
we create chemistry.<br />
Visit us at Booth Number 1401 at<br />
the <strong>American</strong> <strong>Coatings</strong> Show<br />
May 8-10, 2012 – Indianapolis, IN.<br />
www.basf.us/dpsolutions
H Prior to the start of the main conference<br />
yesterday, nine pre-conference<br />
tutorials updated attendees on<br />
important coatings technologies and<br />
applications. Offered for the third time,<br />
the workshops were once again a great<br />
success, with almost all of the nine sessions<br />
sold out.<br />
The tutorials on antimicrobial surfaces,<br />
easy-to-clean coatings, radiation curing,<br />
waterborne high-performance coatings,<br />
smart coatings, polyurethane, titanium<br />
dioxide, antifouling coatings and anticorrosive<br />
coatings were hosted by renowned<br />
experts from industry and academia.<br />
Jamil Baghdachi of Eastern Michigan<br />
University, who presented a tutorial on<br />
amart coatings was especially enthusiastic<br />
about the high level of interest in<br />
his workshop. “It is always a great feeling<br />
when a short course is sold out,” he<br />
said. He presented a brief discussion of<br />
smart polymers and coatings, governing<br />
principles, types and examples of smart<br />
coatings, necessary raw materials application<br />
and markets. The tutorial on titanium<br />
dioxide was led by Micheal Diebold of<br />
DuPont. <strong>Coatings</strong> formulators are increasingly<br />
interested in finding ways to use less<br />
titanium dioxide without compromising<br />
performance. Therefore, it was no surprise<br />
that this tutorial had been sold out<br />
weeks before the conference started. Melinda<br />
Wales of Texas A&M University presented<br />
a review of the different technologies<br />
in the field of antimicrobial surfaces,<br />
providing an outline of current state-ofthe-art<br />
applications. Mike Jeffries of Bayer<br />
MaterialScience led a tutorial on polyurethane<br />
coatings and their typical components.<br />
His presentation included a discussion<br />
of the various polyurethane coatings<br />
technologies in use and their advantages<br />
and limitations. W. Marshall Ming of The<br />
University of New Hampshire presented<br />
assorted easy-to-clean coatings concepts<br />
and reviewed these systems in practice.<br />
H<br />
H<br />
H<br />
8<br />
AC Conference<br />
Update on Latest Technologies<br />
Nine pre-conference tutorials launched at the <strong>American</strong> <strong>Coatings</strong> Conference yesterday<br />
In the tutorial on waterborne high-performance<br />
coatings, lecturers Ivan Tyre of<br />
Alberdingk Boley and Tim December of<br />
BASF discussed the application possibilites<br />
for waterborne clearcoats for different<br />
substrates. Michael Dvorchak of RadTech<br />
North America led the short course on<br />
radiation curing where he gave a concise<br />
overview on the fundamentals of radiation<br />
curing coatings, their benefits and limitation.<br />
The basics involved, typical formua-<br />
Tutorial Talkback<br />
Phillip<br />
Beauchamp,<br />
Eagle Ottawa,<br />
LLC<br />
Pre-Tutorial:<br />
Easy-to-clean coatings<br />
“I found 'Easy-to-Clean <strong>Coatings</strong>'<br />
both interesting and informative,<br />
particularly since I wanted<br />
to learn more about anti-fouling<br />
and anti-dirt-pick-up coatings.<br />
I’m looking for technologies that<br />
make coatings more flexible and<br />
robust, and I’ll absolutely be able<br />
to use the information I obtained<br />
for my future work. I learned some<br />
critical theory behind how to<br />
achieve the end goal, and some<br />
of the information is so new that it<br />
isn’t commercially available yet.”<br />
After the pre-tutorial<br />
sessions attendees discussed<br />
the lectures<br />
in front of the conference<br />
rooms<br />
tion characteristics as well as common<br />
new applications of UV curing and e-beam<br />
coatings were also explained. In his tutorial<br />
on antifouling coatings Dean Webster of<br />
North Dakota State University addressed<br />
the fundamentals of these coatings and<br />
explained the concepts that are put to<br />
work in antifouling coatings; the state-ofthe-art<br />
systems; and offered an outlook<br />
on current trends. Finally, in the ninth tutorial<br />
focusing on anticorrosive coatings,<br />
Robert A. Gist,<br />
J.D.<br />
Encap<br />
Technologies,<br />
LLC<br />
Pre-Tutorial:<br />
Waterborne<br />
high-performance coating<br />
“I am interested in both high<br />
performance coatings and anticorrosive<br />
coatings, and enjoyed attending<br />
the tutorial on 'Waterborne<br />
High-Performance <strong>Coatings</strong>.' The<br />
technology promises to bring an<br />
enormous benefit to the coatings<br />
industry, so we need to understand<br />
the current achievements in the<br />
field and how much further it has to<br />
be developed for more widespread<br />
applications. While solvent-based<br />
coatings are still the most widely<br />
used, it is clear that water-based<br />
solutions are a growing trend.”<br />
Today’s Sessions<br />
Morning Sessions<br />
9:00 am - 12:30 pm<br />
Architectural <strong>Coatings</strong> I<br />
Protective <strong>Coatings</strong> I<br />
Biobased <strong>Coatings</strong> I<br />
Modeling & Measuring<br />
Afternoon Sessions<br />
2:00 pm - 5:30 pm<br />
Architectural <strong>Coatings</strong> II<br />
Protective <strong>Coatings</strong> II<br />
Biobased <strong>Coatings</strong> II<br />
Polyurethanes<br />
Gordon Bierwagen of North Dakota State<br />
University addressed what principles<br />
govern the corrosion of metals, and how<br />
protective coatings can help in preventing<br />
corrosion. His tutorial reviewed the fundamentals<br />
of the electrochemical processes<br />
involved and typical ingredients and formulation<br />
characteristics of anticorrosive<br />
coatings. Below you may read how tutorial<br />
attendees evaluated the workshops.<br />
Amanda<br />
Andrews,<br />
Wacker Chemical<br />
Corporation<br />
Pre-Tutorial:<br />
Smart coatings<br />
“I was very interested in learning<br />
more about self-cleaning coatings,<br />
especially in architectural coating<br />
applications for dock stairs.<br />
The tutorial on this subject was<br />
quite valuable in providing a<br />
survey of different technologies<br />
in this field, and I expect to use<br />
the information in my daily work.<br />
I think the topic of self-cleaning<br />
coatings is of interest to many<br />
because it will become more widely<br />
used in building applications.”<br />
www.american-coatings-show.com
YOUR PLUS CONNECTION FOR<br />
PAINT AND COATING SOLUTIONS.<br />
MAY 8-10<br />
INDIANAPOLIS, IN<br />
Visit us at Booth #201<br />
CREATING TOMORROW’S SOLUTIONS<br />
WACKER’s broad range of silicone and polymer-based materials offer a world of powerful solutions that help improve and add<br />
to your products’ performance, reliability and weatherability.<br />
WACKER is your PLUS CONNECTION: your direct line to technical experts, market knowledge, product innovation and<br />
environmentally conscious technologies for industrial and marine, commercial or residential and exterior or interior paint and<br />
coating applications.<br />
Improved water repellency<br />
Superior stain resistance<br />
Protection against UV radiation, chemicals and microbial attack<br />
Excellent adhesion<br />
Sag resistance and flow control<br />
Solvent-free and low-VOC environmentally friendly solutions<br />
Longevity and good appearance<br />
Experience the WACKER PLUS CONNECTION and speak with our technical experts at the 2012 <strong>American</strong><br />
<strong>Coatings</strong> Show, Booth #201. Discover more at wacker.com/coatings, wacker.com/construction or simply<br />
scan the QR code with your smartphone.<br />
Wacker Chemical Corporation, 3301 Sutton Road, Adrian, MI 49221, USA<br />
TEL: +1 888 922 5374, FAX: +1 517 264 4068, info.usa@wacker.com
H<br />
H<br />
H<br />
10<br />
<strong>Product</strong>s<br />
Advanced Color Matching Raw Material Distribution<br />
from East to West<br />
Datacolor will showcase its latest color<br />
calibration solutions including “Match<br />
Pigment 2.2” with the new “SmartMatch”<br />
software technology that adapts future<br />
recipes to deliver more accurate first shot<br />
matches. It compensates for differences<br />
between a colorant’s actual and predicted<br />
behavior in a pigment mix applied to<br />
a specific substrate. A patented method<br />
for accurate color matching of pigmented<br />
wood stains is also introduced.<br />
Measurements made with the “Datacolor<br />
45G” capture the effect of base<br />
color, gloss and texture on overall visual<br />
Two strong companions<br />
for your visit!<br />
Navigate the Show!<br />
For iPhone, iPad and<br />
Android Smartphones!<br />
Plan your days on the AC Show<br />
floor and Conference!<br />
Keyword “ACS 2012”<br />
Search! Find! Interact!<br />
appearance of many different manufactured<br />
goods. The appearance of multiple<br />
components with varying texture and finish<br />
can be controlled to a close numerical<br />
tolerance to achieve an overall match in<br />
color appearance, for example in automotive<br />
interiors.<br />
Datacolor<br />
Lawrenceville, NJ<br />
T 609 924 2189<br />
www.datacolor.com<br />
Booth # 1317<br />
Find companies, products<br />
and contacts.<br />
Search the database now at:<br />
american-coatings.com/<br />
marketnavigator<br />
AC_Kombi_Anzeige_121x178.indd 1 24.04.2012 09:58:33<br />
Amuco operates throughout South and<br />
Central America. The company specializes<br />
in in the supply of raw materials for<br />
paints, coatings, plastics and resins,<br />
handling materials such as gum rosin,<br />
melamine, PVA, PMA, pentaerythritol,<br />
polychloroprene, persulphates, micronized<br />
waxes, flame retardants, acrylates<br />
and stearic acid.<br />
Locations in the USA, Colombia, Panama,<br />
Germany and Asia provide access<br />
24 hours a day, ensuring that customers’<br />
inquiries are always answered by an experienced<br />
and trained professional.<br />
The company represents many wellknown<br />
multinational companies, and<br />
offers exclusive distribution for several<br />
well-known brands. A purchasing and logistics<br />
office in China helps to optimize<br />
control of supply operations there.<br />
Amuco Inc.<br />
Fort Lauderdale, FL<br />
T 954 762 6466<br />
www.amucoinc.com<br />
Booth #1948<br />
Additives Based on<br />
Green Technology<br />
The additives of Patcham can contribute<br />
to solving some problems of dispersion,<br />
especially for tough-to-grind pigments,<br />
such as blacks and organic pigments.<br />
Besides the existing portfolio, at the<br />
ACS the company will present two new<br />
products – “Pat Add Coal 77” and “Pat-<br />
Add Rheol 99”. The first product is green,<br />
zero-VOC, low odor coalescing agent with<br />
renewable raw materials. It contributes<br />
to best scrub resistance, compatibility<br />
and paint stability, and improves resistance<br />
to adsorption/retention of water on<br />
paint film. In addition, it would improve<br />
resistance to dirt pick-up in exterior paint<br />
systems. The “Rheol 99” is a liquid rheology<br />
modifier for use in aqueous systems.<br />
It provides anti-settling and anti-sagging<br />
properties, and reduces the risk of roller<br />
spattering during paint application. In<br />
addition, paint made with this rheology<br />
modifier would not exhibit significant reduction<br />
in viscosity, upon the addition of<br />
colorants.<br />
Patcham USA LLC.<br />
Secaucus, NJ<br />
T 201 293 4292<br />
www.patchamusa.com<br />
Booth #1833<br />
High-Performance Waxes<br />
for Surface Modification<br />
Euroceras has developed a new range<br />
of synthetic “Ceralene” polyester waxes,<br />
as well as oxidized and functionalized<br />
PE-waxes, which show comparable<br />
properties with montan waxes.<br />
These waxes can be used in aqueous<br />
and solvent-based coating systems for<br />
surface modification, for manufacturing<br />
of water and solvent-based wax dispersions,<br />
or in cosmetic applications.<br />
Further application fields are pigment<br />
dispersion in colour masterbatches, adhesion<br />
promoter in fiber/plastic composites,<br />
hotmelt adhesives and bitumen. The<br />
waxes perform the improved wetting of<br />
pigments, fillers and fibers.<br />
Arya Chem Inc.<br />
Toronto Ontario, Canada<br />
T 416 217 0666<br />
www.aryachem.com<br />
Booth #1333<br />
Simultaneous<br />
Color Viewer<br />
GTI Grapic Technology presents the simultaneous<br />
color viewer “SCV”, which<br />
offers users the ability to verify the color<br />
constancy of a sample. Color constancy is<br />
an important consideration for color and<br />
material selection, and in many cases a<br />
designer may not be sure which characteristic<br />
is more important until they can<br />
actually see what the color sample looks<br />
like under different lighting conditions.<br />
The device allows the designer to visually<br />
compare the appearance of a color<br />
sample under four light sources with and<br />
without UV. This provides an instant visual<br />
demonstration of the color constancy<br />
of the colored sample and assists in the<br />
selection of colors and colorants.<br />
GTI Graphic Technology Inc.<br />
Newburgh, NY<br />
T 845 562 2543<br />
www.gtilite.com<br />
Booth #1429<br />
www.american-coatings-show.com
High Performance<br />
Waterborne Binders<br />
“Synthacril 9000” is a recently developed<br />
binder for waterborne traffic paints.<br />
This 100 % acrylic polymer dries quickly<br />
under normal and high humidity, offering<br />
excellent water and wet scrub resistance<br />
and good adhesion to glass beads.<br />
“Synthacril 7791” is a new 100 % acrylic<br />
crosslinked elastomeric binder for roof<br />
mastics, with a Tg of -40 °C. It retains<br />
high elongation at varying temperatures,<br />
yet provides low dirt pickup, low water<br />
absorption and excellent resistance to<br />
pounding rain. Adhesion to difficult substrates<br />
such as EPDM is excellent.<br />
“Veocril 2820” is a very low particle size<br />
super-hydrophobic binder for concrete<br />
and masonry primers. It offers high resistance<br />
to efflorescence, alkalinity, dirt<br />
pickup and fungal growth.<br />
Multiquimica<br />
West Melbourne, Dominican Republic<br />
T 321 848 7280<br />
www.multiquimica.com<br />
Booth #434<br />
Microbial Control<br />
Proxel BZ Plus Preservatives<br />
Supporting Sustainable Solutions<br />
www.american-coatings-show.com<br />
Enhancements in<br />
Binders and Additives<br />
“Acrysol DR-110” is a cost-effective<br />
HASE alternative to cellulose derivatives<br />
for architectural paints. “Avanse ST-410”<br />
multi-functional binder stabilizes the<br />
iron oxide pigments necessary for longterm<br />
UV resistance in semi-transparent<br />
exterior stains. “Avanse 200” is a selfcrosslinking<br />
resin for corrosion-resistant<br />
primers, topcoats and high-gloss<br />
direct-to-metal (DTM) finish coats with<br />
enhanced durability. “Evoque” pre-composite<br />
binder technology facilitates TiO 2<br />
reductions of 10 - 20 % in white and pastel<br />
architectural paints. “Ropaque Dual”<br />
brings opaque polymer technology to<br />
solventborne architectural alkyd paints,<br />
while remaining compatible with waterbornes.<br />
“Paraloid B-66” thermoplastic<br />
acrylic resin for concrete coatings is now<br />
available in dimethyl carbonate (DMC),<br />
classed as VOC-exempt in some areas.<br />
Dow Coating Materials<br />
Philadelphia, PA<br />
T 215 592 3128<br />
www.dow.com<br />
Booth #1800<br />
<strong>Product</strong>s<br />
Formaldehyde-free Pigments for Plastics<br />
J Color Chemicals will present formaldehyde-free<br />
thermoplastic fluorescent<br />
pigments for plastic systems “JC<br />
200-Series” at the ACS. The pigments<br />
can be used for preparing extruded color<br />
compounds and liquid color dispersions<br />
for use in injection, rotational and blow<br />
molding, extruded film and sheet, blown<br />
and calendared film, vacuum forming,<br />
casting, etc. The products provide good<br />
resistance to plateout and melt-in, have<br />
heat stability up to 300 °C, good tinting<br />
We are committed to being a good corporate citizen<br />
and minimizing our environmental impact.<br />
That’s why Lonza Microbial Control provides innovative and cost-effective<br />
solutions that bring your products up to today’s sustainability standards, while<br />
providing the protection you’ve come to rely upon.<br />
Our product features include:<br />
• Color-stable formulations<br />
• Dual-action protection<br />
• Zero VOCs<br />
• Broad-spectrum activity<br />
strength, and broad compatibility. The<br />
pigments are fade-resistant and have<br />
minimal color shifts over a wide processing<br />
temperature range.<br />
J Color Chemicals Corp. Ltd.<br />
Hangzhou, China<br />
T +86 (571) 8990 5585<br />
www.jcolor.com<br />
Booth #942<br />
• CMIT / MIT-free products<br />
• Low and formaldehyde-free products<br />
• Long-term preservation<br />
The new business, formed by Lonza’s acquisition of Arch Chemicals, is now the<br />
largest microbial control business in the world. The benefits to our customers<br />
include the availability of a more complementary range of products and actives<br />
in both established and emerging markets and an expansive service portfolio<br />
with solutions for your every need.<br />
Visit us at the <strong>American</strong> <strong>Coatings</strong> Show, Booth 1239<br />
to learn more about how we can become a responsible part of your<br />
environmentally-preferred solution.<br />
E: microbialcontrol@lonza.com<br />
T: 800.523.7391<br />
lonza.com<br />
archbiocides.com<br />
Use biocides safely.<br />
Always read the label and product information before use.<br />
11 H<br />
H<br />
H
Micaceous Iron Oxide Pigments<br />
Kärntner Montan Industrie presents a<br />
range of micaceous iron oxide (MIO) pigments<br />
“Miox”. The unique features of<br />
these kinds of pigments are the lamellarity,<br />
the chemical inertness and the<br />
high thermal conductivity. Micaceous<br />
iron oxide coatings have been known for<br />
their protective properties for almost a<br />
century. MIO-Pigments are important for<br />
coating materials due to their insolubility<br />
H<br />
H<br />
H<br />
A pArtnership where your needs<br />
meet our solutions.<br />
Opacity that actually illuminates. Look deep within our titanium dioxide and you’ll<br />
see something you may not expect: collaboration. Namely, a DuPont team of experts<br />
working with you to identify your needs, help solve your toughest challenges, and<br />
find better ways for you to create first-in-class products. After all, it’s more than<br />
titanium dioxide. It’s a competitive advantage that will give you the upper hand.<br />
Welcome to The Global Collaboratory TM .<br />
12<br />
Learn more at titanium.dupont.com<br />
in water and organic solvents, resistance<br />
to alkalis, hiding power, reddish brown to<br />
grey/metallic color, good weather resistance,<br />
and good lightfastness.<br />
Kärntner Montan Industrie GmbH<br />
Wolfsberg, Austria<br />
T +43 (4352) 545 3535<br />
www.kmi.at<br />
Booth #623<br />
Copyright © 2012 DuPont. All rights reserved. The DuPont Oval Logo, DuPont and all products denoted with ® or TM<br />
are registered trademarks of E.I. du Pont de Nemours and Company or its affiliates.<br />
DuPont<br />
Titanium<br />
Technologies<br />
<strong>Product</strong>s<br />
Mineral Provides Improved Corrosion and<br />
Blister Resistance<br />
Nyco Minerals presents the wollastonite<br />
“NYAD”, a functional additive for powder<br />
coatings. The acicular structure of wollastonite<br />
improves the cohesive strength<br />
which provides improved corrosion and<br />
blister resistance. It acts as a reinforcing<br />
additive and promotes the retention of<br />
impact strength after prolonged exposure.<br />
Pipes coated with powder are widely<br />
used in the transmission and distribution<br />
of gas. The pipes are buried in the ground<br />
and must retain adhesion, good electrical<br />
resistance and prevent corrosion over<br />
Performance Additives Play Many Roles<br />
Croda will present a diverse range of<br />
new high-performance additives.<br />
“Crodacor OME FE” combines superior<br />
long-term corrosion protection with flash<br />
rust protection for aqueous mild steel coatings.<br />
It is free of chromates, HAPS and VOCs.<br />
“Multiwet” silicone and fluorine-free wetting<br />
agents simplify aqueous formulations<br />
by combining the functions of substrate<br />
and solids wetting with low foaming and a<br />
good environmental profile.<br />
“B-Tough C2” gives epoxy coatings improved<br />
toughness, impact resistance and<br />
flexibility even at low temperatures, while<br />
its epoxy functionality prevents migration.<br />
<strong>Product</strong> <strong>Presentations</strong><br />
many years. The product, especially the<br />
coarser grades, is an effective matting<br />
agent and lowers the gloss in decorative<br />
coating powders compared with other<br />
commonly used fillers. It is thermally stable<br />
and heat resistant.<br />
Nyco Minerals Inc.<br />
Willsboro, NY<br />
T 518 963 4262<br />
www.nycominerals.com<br />
Booth #1529<br />
“Zephrym” non/low-VOC polymeric dispersants<br />
efficiently disperse many organic<br />
and inorganic particles in industrial and<br />
architectural solvent- and water-based<br />
formulations.<br />
Croda <strong>Coatings</strong> & Polymers<br />
New Castle, DE<br />
T 732 983 6848<br />
www.croda.com<br />
Booth #1344<br />
Exhibitors will highlight their novel products<br />
in 15-minutes presentations<br />
in Area 1 (Booth #131) and Area 2 (Booth #1459).<br />
www.american-coatings-show.com
www.american-coatings-show.com<br />
Focus<br />
“Success Will Be Based on Ease of Use”<br />
Polymeric materials with improved properties can be created by systematically controlling polymer structure<br />
Melissa<br />
Grunlan,<br />
Texas A&M<br />
University<br />
H A major issue in marine coatings is<br />
biofouling. Plasma proteins lead to<br />
clot formation in medical applications.<br />
The two fields come together during<br />
a presentation in the AC Conference<br />
session “Science Today – <strong>Coatings</strong><br />
Tomorrow,” held by Melissa A. Grunlan<br />
from Texas A&M University: she<br />
presents a new anti-fouling technology<br />
which can be surface-grafted onto<br />
existing medical devices or used as<br />
an additive to boost the anti-fouling<br />
behavior of marine coatings.<br />
�� What research projects are you<br />
currently working on?<br />
Melissa Grunlan: My lab is focused on<br />
developing advanced polymeric materials<br />
for medical, as well marine applications.<br />
One distinction of our research<br />
is designing inorganic-organic “hybrid”<br />
materials based on incorporating a silicon-containing<br />
polymeric material with<br />
an organic polymer. Active projects in<br />
my lab include anti-fouling coatings, selfcleaning<br />
membranes for sensors, shape<br />
memory polymers, and tissue engineering<br />
scaffolds. The types of materials we<br />
For every surface problem we have a solution –<br />
the creative power of our people. Evonik’s experts<br />
work hand in glove with our customers across all<br />
disciplines. That saves time and opens the door to<br />
more ideas. The result? Exceptional solutions for<br />
exceptional applications.<br />
A new anti-fouling technology can be used in marine and medical applications Source: Rainer Sturm/pixelio<br />
develop include surface-grafted and bulk<br />
crosslinked coatings, hydrogels (including<br />
nanocomposite hydrogels) and porous<br />
foams. With systematic control of<br />
polymer structure and fabrication variables,<br />
we can create polymeric materials<br />
with improved properties needed for a<br />
given application. We are mindful of designing<br />
materials whose translation into<br />
commercial sectors is feasible.<br />
�� What new developments are you<br />
pursuing at the <strong>American</strong> <strong>Coatings</strong><br />
Conference?<br />
Melissa Grunlan: At the <strong>American</strong> <strong>Coatings</strong><br />
Conference, I will be discussing our<br />
anti-fouling coating technology for medical<br />
and marine applications. Blood-contacting<br />
medical devices are plagued by<br />
“surface-induced thrombosis” in which<br />
plasma proteins are adsorbed, leading to<br />
clot formation. On the hulls of ships, biofouling<br />
is initiated by the bioadhesives<br />
secreted by marine organisms. Our coatings<br />
are based on new “PEG-silane amphiphiles”<br />
— reactive PEG chains coupled<br />
to a siloxane tether to anchor it to the<br />
coating. These can be surface-grafted<br />
onto existing medical devices or used as<br />
an additive to boost the anti-fouling behavior<br />
of marine coatings.<br />
�� Where do you see the main trends<br />
in the field of anti-fouling coatings for<br />
medical and marine applications in the<br />
near future?<br />
Melissa Grunlan: For medical applications,<br />
anti-fouling coatings which improve<br />
the lifetime, efficacy and safety<br />
of blood-contacting, devices are needed<br />
in order to reduce costs and improve the<br />
quality of patient care. The ideal here<br />
would be an anti-fouling coating system<br />
that could be applied in a simple process<br />
to a variety of devices. These coatings<br />
will have to be able to withstand<br />
mechanical forces and potentially high<br />
shear rates. From an environmental and<br />
economic standpoint, there is a need for<br />
non-toxic anti-fouling coatings that could<br />
replace toxic, ablative coatings in marine<br />
applications. Approaches to creating antifouling<br />
coatings are incredibly varied and<br />
include coatings with controlled topography<br />
or surface energy (e.g. superhydrophobic<br />
or amphiphilic) as well as those<br />
based on hydrogel systems. Their success<br />
will be based on not only performance but<br />
also cost and ease of use.<br />
One contact, many experts.<br />
We love your problems.<br />
Visit us at <strong>American</strong><br />
<strong>Coatings</strong> Show 2012<br />
Booth 2000<br />
www.evonik.com<br />
13 H<br />
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H
Literature<br />
A World of Quality Information<br />
An extensive series of technological coatings textbooks is available at the AC Show<br />
H The <strong>American</strong> <strong>Coatings</strong> Association and Vincentz Network presents to you brand<br />
new titles of technical coatings books. We provide a selection that is targeted at<br />
both newcomers to the field of coatings, as well as at specialists. Below we present<br />
a selection of five titles and latest market information from experts regarding these<br />
topics. Please note: The books <strong>Coatings</strong> Formulation and The European Handbook<br />
are now also available as e-books on www.american-coatings.com.<br />
H<br />
H<br />
H<br />
14<br />
Also available<br />
as an e-book!<br />
This is the most current knowledge in<br />
coatings technology gathered together in<br />
a single book. That is what the European<br />
<strong>Coatings</strong> Handbook by Thomas Brock,<br />
Michael Groteklaes and Peter Mischke<br />
provides – from raw materials, formulation,<br />
production, substrate and applica-<br />
All books are available online at<br />
www.american-<br />
coatings-shop.com<br />
tion through to the quality end-product<br />
and corresponding tests. This book acts<br />
as a vehicle for acquiring and deepening<br />
a sound knowledge of all the improtant<br />
principles of coatings production. This<br />
handbook is indispensable for coatings<br />
experts and those with aspirations in<br />
that direction. But this book is also highly<br />
recommended for people from other<br />
disciplines – scientists, engineers, business<br />
people looking for a highly readable,<br />
comprehensive introduction to this<br />
fascinating topic. It proveds a solid theoretical<br />
basis, which is augmented by indepth<br />
explanations where necessary. It<br />
seeks not only to convey the latest teaching<br />
but also awaken an understanding of<br />
the muliple strands of knowledge underlying<br />
the successful use of coating materials.<br />
The book strikes the right balance<br />
between the two and successfully convey<br />
the impression of attending a powerfully<br />
delivered lecture.<br />
The book Anticorrosive <strong>Coatings</strong> (Jörg<br />
Sander et. al.) closes a gap that has long<br />
been open between Ruf’s classic book on<br />
organic metal protection and new developments<br />
in the otherwise conservative<br />
field of coatings for corrosion protection.<br />
This volume covers recent research from<br />
the fields of automotive coatings, coil<br />
coating, pre-treatment and novel concepts<br />
that enhance protective properties.<br />
An extensive bibliography rounds out the<br />
information presented here.<br />
The book is certainly a successful complement<br />
to Ruf’s work and a well-summarized<br />
point of access to new areas in this<br />
interesting but scientifically underrepresented<br />
field. Although the book does not<br />
go deep enough to fully cover the entire<br />
spectrum of the topic, it certainly covers<br />
all of the essentials and it would be impossible<br />
to cover everything.<br />
<strong>Coatings</strong> for Plastics by Guido Wilke and<br />
Jürgen Ortmeier is a necessary database<br />
for fomulators seeking to brush up on the<br />
latest developments in this field and to dig<br />
deeper into the topic; experts seeking detailed<br />
knowledge of pre-treatment, materi-<br />
Everything about fillers in a single<br />
book – that is what Fillers for Paints by<br />
Detlef Gysau provides. Explained clearly<br />
and simply, without sacrificing scientific<br />
expertise or attention to detail, this book<br />
enables the reader to speedily gain a<br />
Also available<br />
as an e-book!<br />
The book <strong>Coatings</strong> Formulation by Bodo<br />
Müller and Ulrich Poth covers the practical<br />
and scientific basics underpinning the<br />
strategic fomulation of modern paint and<br />
coatings systems – from physiochemi-<br />
als, application, testing and troubleshooting.<br />
All those involved in the production of<br />
coated platics parts and who need a full understanding<br />
of the relations involved. All of<br />
them acquire the necessary knowledge of<br />
the facts and a deep understanding of the<br />
relations involved in the successful coating<br />
of plastics. The book provides a comprehensive<br />
overview of the latest developments<br />
in the field of coatings for plastics.<br />
Concise yet comprehensive, this highly<br />
topical book offers in-depth knowledge<br />
and a multitude of pracitcal tips for safeguarding<br />
the quality of the coating film,<br />
and for developing high-performance<br />
coatings for plastics. The main emphasis<br />
is on the properties of plastics and the<br />
materials used to coat them. A special<br />
feature of the book is a separate chapter<br />
devoted to the topics of typical coatings<br />
flaws, analytical and test methods and<br />
precautionary measures.<br />
comprehensive overview of the working<br />
mechanisms and possible application areas<br />
of the most common fillers, including<br />
nanoscale types. Indispensable for expert<br />
formulators and those with aspirations in<br />
that direction. This book is also recommended<br />
for newcomers in the field and<br />
students looking for a comprehensive<br />
overview, as well as experienced developers<br />
seeking pracitcal details that they can<br />
immediately implement in their daily formulations.<br />
For those who want to acquire<br />
an extensive knowledge of fillers that they<br />
can use effectively in their formulations.<br />
It is an invaluable, practical reference<br />
work for the experienced expert. The<br />
subject matter is clearly organized and<br />
structured for quick and easy access to<br />
all relevant information. A special plus is<br />
the large number of figures and tables for<br />
illustrating the properties and applications<br />
of the fillers.<br />
cal concepts to the recipes themselves.<br />
This book explains and elaborates in<br />
some depth on the key principles of coatings<br />
formulation. Trainees, students and<br />
newcomers who are seeking to acquire<br />
a solid grounding in coatings formulation<br />
along with experienced formulators<br />
wishing to deepen, extend or refresh<br />
their knowledge should read this book.<br />
It explains step by step coatings formulation.<br />
The book opens with a look at the<br />
composition of coatings, placing special<br />
emphasis on the base binder in each<br />
type. Advice on specific formulations is<br />
then given before formulation guidelines<br />
are analyzed. The focus is on coatings<br />
formulation and how to arrive at the final<br />
recipe. A special feature of the book is its<br />
detailed index, which allows the reader<br />
to conduct targeted searches for specific<br />
apsects of coatings formulation.<br />
www.american-coatings-show.com
H The AC Show brings people together:<br />
here coatings experts from the<br />
industry can meet with scientists from<br />
universities and research institutes.<br />
Raymond H. Fernando, Director of the<br />
Polymers and <strong>Coatings</strong> Program at the<br />
Department of Chemistry and Biochemistry,<br />
California Polytechnic State<br />
University, talks about his motivation<br />
to attend the Show.<br />
www.american-coatings-show.com<br />
Focus<br />
“ Opportunity to Showcase<br />
Our Educational Programs”<br />
Universities make use of numerous offerings at the AC Show<br />
Raymond H.<br />
Fernando,<br />
California<br />
Polytechnic<br />
State University<br />
�� Why does your University exhibit at<br />
the <strong>American</strong> <strong>Coatings</strong> Show 2012?<br />
Raymond H. Fernando: The <strong>American</strong><br />
<strong>Coatings</strong> Show is the largest gathering<br />
of coating industry professionals within<br />
North America. It brings together coatings<br />
manufacturers, raw material and<br />
equipment suppliers, as well as academics<br />
in the field. The show provides our<br />
polymers and coatings program with a<br />
tremendous opportunity to showcase<br />
the educational programs, research and<br />
other services we offer to the industry.<br />
�� What are your expectations in terms<br />
of new developments at the Show?<br />
Raymond H. Fernando: I hope to see<br />
new products and developments in key<br />
categories such as biobased materials,<br />
nanomaterials, approaches to minimize<br />
On behalf of all AC Conference 2012 attendees,<br />
ACA and Vincentz Network thank the following sponsors:<br />
Following and uploading ACS highlights on twitter<br />
Keep yourself informed on current events or inform your<br />
peers about your personal highlights at the ACS with a<br />
tweet using the hashtag #ACS2012 in all your posts.<br />
titanium dioxide in formulations, and<br />
resin and additive technologies geared<br />
towards low- and near zero-VOC architectural<br />
coatings. Also, I would like to<br />
learn about new developments in testing<br />
and analysis instrumentation for<br />
coatings. Last but not least, I hope the<br />
Show will be a great growth opportunity<br />
for our students.<br />
�� What are your current R&D projects?<br />
Raymond H. Fernando: At California<br />
Polytechnic State University, our faculty<br />
and students are involved in a wide<br />
range of projects. This research involves<br />
low-VOC coatings, VOC analysis method<br />
development, rheological stability of<br />
tint bases, nanomaterials, early corrosion<br />
detection on aluminum, coatings<br />
for plastics, novel cross-linking chem-<br />
Environmentally Friendly Colorants<br />
From one of the global leaders in color, Heubach introduces our<br />
latest innovation, the HEUCOTINT line of universal colorants for<br />
architectural paint.<br />
HEUCOTINT colorants are: • Environmentally friendly<br />
• VOC-free<br />
• APE-free<br />
• Formaldehyde-free<br />
• Cost effective<br />
Heubach - Providing colorants today that will meet the requirements<br />
of tomorrow!<br />
istries, semi-conducting and liquid<br />
crystalline polymers, and paper-based<br />
microfluidics.<br />
The University Village<br />
The “University Village” on the<br />
AC Show floor has been designed<br />
to highlight university and student<br />
involvement and support.<br />
In addition to their booths, the<br />
universities are presenting<br />
posters highlighting their work<br />
and projects.<br />
Visit us at the<br />
Booth 1433<br />
Heucotech Ltd.<br />
Phone +1 - 800 - HEUBACH<br />
Fax +1 - 215 - 736 - 2249<br />
E-Mail: sales@heubachcolor.com<br />
Internet: www.heubachcolor.com<br />
03_12 ACS Daily I.indd 1 15.03.12 09:52<br />
Universal Colorants<br />
15 H<br />
H<br />
H
Visitor Information<br />
Resources to make the most of your stay<br />
H Standout buildings and places,<br />
hidden gems where you least expect<br />
them, a commitment to green and a<br />
unique local cuisine – Indianapolis has<br />
it all. Behind most great experiences in<br />
Indianapolis, there’s a useful resource<br />
to help you find it.<br />
The Artsgarden in downtown Indianapolis<br />
High-speed action is only part of the fun<br />
in Indianapolis. The city best known for its<br />
annual car race also delivers living history,<br />
lively neighborhoods, and countless sporting<br />
activities. Indianapolis offers many<br />
ways to open doors to the past. At the Conner<br />
Prairie interactive history park, visitors<br />
can immerse themselves in the nineteenth<br />
H<br />
H<br />
H<br />
16<br />
Service/Market<br />
Coil <strong>Coatings</strong> Segment Anticipates Growth<br />
Coil and extrusion coatings are significant in the overall oem market<br />
H Coil and extrusion coatings represent<br />
11 % of the volume and 13.4 %<br />
of the value of all OEM coatings, and<br />
3 % of the volume and 4 % of the value<br />
of the entire U.S. coatings industry in<br />
2010, according to ACA’s U.S. Paint<br />
and <strong>Coatings</strong> Industry Market Analysis<br />
(2010-2015). This segment is poised<br />
for improved performance in 2011,<br />
when it is expected to ship 39.8 million<br />
gallons valued at $ 812 million.<br />
Source: Heiner Witthake/Fotolia<br />
century, exploring a working farm, trading<br />
post, or blacksmith shop. At the Indiana Historical<br />
Society and the Indiana State Museum,<br />
visitors can delve into Hoosier history.<br />
And no visit is complete without a stop at<br />
the world’s largest museum for kids, the<br />
Children's Museum of Indianapolis.<br />
Indianapolis Visitor Center<br />
(Artsgarden)<br />
The accessible Visitor Info Center located<br />
in the downtown area features information<br />
about Indy's cultural scene, as well as<br />
the city’s attractions and events. Visitors<br />
are sure to find a friendly face and knowledgeable<br />
staff that will help make the<br />
most of their stay in Indy. Besides housing<br />
the city’s visitor centers, the Indianapolis<br />
Artsgarden provides a sparkling environment<br />
for more than 350 free performances<br />
and exhibits each year. Formed of painted<br />
steel, limestone and tinted glass, the Artsgarden<br />
was created in 1995. The sevenstory-tall,<br />
glass enclosed structure offers<br />
a spectacular view of the city.<br />
Indianapolis Visitor Center (Artsgarden)<br />
100 W Washington St.<br />
T 317 631 3301,<br />
Opening Hours:<br />
Monday - Saturday: 09:00 am - 09:30 pm,<br />
Sunday: noon - 06:30 pm<br />
While there is a definite relationship<br />
between the volume of coil and extrusion<br />
coatings shipped and the construction,<br />
business and consumer, and transportation<br />
segments of the U.S. economy, the<br />
relationship between coil and economic<br />
trends in construction spending, durable<br />
goods shipments, and vehicle shipments<br />
is not always so direct. During the recent<br />
recession, coil and extrusion sales into<br />
agricultural and light commercial buildings<br />
were far less negatively affected<br />
than sales into architectural and preengineered<br />
buildings. During the first six<br />
months of 2011, the latter segment also<br />
began to recover, while agricultural and<br />
light commercial building sales also continued<br />
to do well. Based on its detailed<br />
analysis, ChemQuest forecasts a 2.4 %<br />
CAGR in volume and a 4.8 % CAGR in value<br />
for 2010 - 2015.<br />
The U.S. coil and extrusion market,<br />
driven by raw material price increases,<br />
will continue to appreciate in value. Since<br />
the segment is almost exclusively solventborne<br />
(and is unlikely to change), oil prices<br />
will continue to exert a significant influence<br />
on the cost of solvents, monomers,<br />
The Indianapolis Convention &<br />
Visitors Association<br />
Another source that provides visitors<br />
with the necessary information on Indy’s<br />
hidden gems, the current events and<br />
the city’s highlights is the Indianapolis<br />
Convention & Visitors Association. It is<br />
closely located in walking distance to the<br />
Indiana Convention Center.<br />
Indianapolis Convention &<br />
Visitors Association<br />
200 South Capitol Avenue, Suite 300,<br />
T 317 262 3000<br />
Source: Indianapolis Convention & Visitors Association, visitIndy.com (2)<br />
More visitor<br />
information online:<br />
www.in.gov/visitindiana<br />
or at:<br />
www.visitindy.com<br />
Historical Volume and Value of Coil and Extrusion <strong>Coatings</strong> (2001-2011)<br />
Source: U.S. Paint & <strong>Coatings</strong> Industry Market Analysis (2010–2015<br />
resins, additives, and – to a lesser extent<br />
– organic pigments used in this segment.<br />
Coil is also a very significant user of titanium<br />
dioxide, which is incorporated into<br />
virtually all products at some level, including<br />
primers and backers, so any pricing<br />
pressures will affect this segment.<br />
This ACA publication, which has long<br />
been the leading industry market study,<br />
is now available through an online subscription.<br />
To purchase the study, or to<br />
learn more, please visit the AC Shop,<br />
which is located at Booth #1260.<br />
www.american-coatings-show.com
www.american-coatings-show.com<br />
AC Show/AC Conference<br />
A Wealth of New and Tried-and-True Features<br />
AC Show and Conference offer numerous opportunities<br />
The AC Show is again featuring an International Buyers Lounge<br />
H Both the ACS and ACC are once again<br />
offering a wealth of new and tried-andtrue<br />
features. While the Show features<br />
exciting opportunities directly on<br />
site, the ACC involves several awards<br />
presented during the Conference. It<br />
opened yesterday with ceremonies to<br />
present the <strong>American</strong> <strong>Coatings</strong> Award<br />
(see our report on page 5) and the Roon<br />
Award, as well as a poster session.<br />
Masthead<br />
<strong>American</strong> <strong>Coatings</strong> Show<br />
Daily 2012<br />
Vincentz Network (VN)<br />
2885 Sandford Ave SW #15817<br />
Grandville, MI 49418<br />
www.american-coatings.com<br />
<strong>American</strong> <strong>Coatings</strong><br />
Association (ACA)<br />
1500 Rhode Island Ave., NW<br />
Washington, DC 20005-5597<br />
www.paint.org<br />
Editorial Contacts:<br />
Sonja Schulte (VN)<br />
T +49 (511) 9910 216<br />
sonja.schulte@vincentz.net<br />
Lisa Warren Román (ACA)<br />
T (202) 462 6272<br />
lroman@paint.org<br />
Layout and <strong>Product</strong>ion:<br />
Birgit Seesing<br />
(Responsible)<br />
T +49 (511) 9910 266<br />
Claire May<br />
T +49 (511) 9910 265<br />
Ten papers were nominated for the Roon<br />
Award, which was designed to honor technical<br />
papers representing original scientific<br />
and innovative research directly related<br />
to the protective coatings industry.<br />
The presenters are associated with the organic<br />
coatings industry. Since 1977, these<br />
awards have been sponsored by the <strong>Coatings</strong><br />
Industry Education Foundation via a<br />
grant maintained by the Roon Foundation.<br />
Sales:<br />
Anette Pennartz (Director)<br />
T +49 (511) 9910 240<br />
anette.pennartz@vincentz.net<br />
Printer:<br />
Sport Graphics<br />
3423 Park Davis Circle<br />
Indianapolis, IN 46235<br />
T (317) 899 7000<br />
www.sportg.com<br />
Source: Heiko Stahl(2)<br />
Copyright:<br />
No portion of this pub li ca tion may be<br />
reproduced or uti lized<br />
in any form or by any means, electronic<br />
or mechanical including photocopying,<br />
recording,<br />
or by any information storage<br />
or retrieval system without<br />
permission in writing from<br />
the publisher.<br />
Place of jurisdiction:<br />
Hanover and Hamburg<br />
(Germany)<br />
© Vincentz Network,<br />
Hanover 2012<br />
After the oral presentations of the first<br />
conference day, a poster session was<br />
held during the AC Conference Reception.<br />
Posters were on display in the conference<br />
area, and poster contributors<br />
were available to explain and discuss<br />
their results.<br />
Mattiello Lecture<br />
The renowned Mattiello Lecture will be<br />
given by Stuart Croll, North Dakota State<br />
University, on Wednesday, May 9, from<br />
08:00 to 09:00 am prior to the Conference<br />
sessions. Entitled “Application and<br />
Limitations of Current Understanding to<br />
Model Failure Modes in <strong>Coatings</strong>,” the<br />
lecture is designed to offer some ideas<br />
on further research that might provide<br />
better linkage between coating composition<br />
and durability.<br />
The AC Show is offering new and exciting<br />
opportunities that will happen<br />
directly on site. This year, the Show is<br />
featuring enhancements to the New The AC Conference offers many networking<br />
<strong>Product</strong><br />
Cristal_2012_Am<strong>Coatings</strong>ShowDaily_Layout<br />
Showcase area which introduc-<br />
1 4/25/12 opportunities 10:35 AM Page 1<br />
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VISIT US AT BOOTH 1251<br />
es products in all exhibition categories,<br />
the International Buyers Lounge, where<br />
visitors can meet their<br />
peers in a business<br />
environment that is set<br />
up for global networking,<br />
and the University<br />
Village.<br />
www.american-coatings-show.com<br />
17 H<br />
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at (410
H<br />
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AC Show<br />
<strong>Product</strong> <strong>Presentations</strong> Today<br />
H Directly on the show floor – in Area 1 (Booth #131) and Area 2 (Booth #1459) – exhibitors<br />
have the opportunity to highlight their novel products in 15 minutes presentations.<br />
10:00 - 10:15 am<br />
Measuring Rheological Behavior of<br />
<strong>Coatings</strong> by Use of Really Significant<br />
Test Methods<br />
Thomas Mezger<br />
Anton Paar<br />
10:20 - 10:35 am<br />
Emulsion Polymerization: Specialty<br />
Monomers for Paint Latex <strong>Product</strong>ion<br />
and Adhesives Applications<br />
Pierre Hennaux<br />
Rhodia<br />
10:40 - 10:55 am<br />
Ancamine 2735 Curative: Advanced<br />
Epoxy Hardener Technology for<br />
Applications Requiring Ultra Low<br />
Viscosity, Low Color, and Rapid<br />
Property Development<br />
Jared Bender<br />
Air <strong>Product</strong>s and Chemicals Inc.<br />
11:00 - 11:15 am<br />
Catalysts for Waterborne<br />
Polyurethane Applications<br />
Martin Rickwood<br />
Reaxis Inc.<br />
10:00 - 10:15 am<br />
New Additive for Improved Freeze/<br />
Thaw Stability and Open Time<br />
Charles Palmer<br />
Ethox Chemicals, LLC.<br />
10:20 - 10:35 am<br />
Tego Twin 4100 — Novel<br />
Multifunctional Additive Technology<br />
Don Ricks<br />
Evonik GoldSchmidt<br />
10:40 - 10:55 am<br />
Altiplus:<br />
Your Talc and Kaolin Alternative<br />
John Hurley<br />
Trinity Resources Ltd.<br />
11:20 - 11:35 am<br />
Dow Hiding Technologies:<br />
Balancing TiO 2 , Cost, and<br />
Performance<br />
Linda Adamson, Dr. David Fasano<br />
Dow Chemical Company<br />
11:40 - 11:55 am<br />
Introduction of New “Rheolate CVS”<br />
Rheological Additives for Waterborne<br />
Architectural Paint and Coating<br />
Yaw Aidoo<br />
Elementis Specialties<br />
01:00 - 01:15 pm<br />
Turboset Ultra Pro Lubrizol’s<br />
Self-crosslinking Polyurethane<br />
Dispersions<br />
Dan Latas<br />
Lubrizol<br />
01:20 - 01:35 pm<br />
Vinnapas EF8300 –<br />
The New VAE Binder<br />
for High Performance Paints<br />
Kathleen Rosar<br />
Wacker Chemical Corporation<br />
11:00 - 11:15 am<br />
TiO 2 Extension Optimization with<br />
Precipitated Calcium Carbonate<br />
Thomas Dombrowski<br />
Specialty Minerals Inc.<br />
11:20 - 11:35 am<br />
Simplify your Aqueous <strong>Coatings</strong> with<br />
Multifunctional Additives<br />
William McNamee<br />
Croda<br />
01:00 - 01:15 pm<br />
Toughen Up your Epoxy <strong>Coatings</strong><br />
with b-Tough C2<br />
Eric Brouwer<br />
Croda<br />
01:40 - 01:55 pm<br />
Novel Matting Agent for<br />
Low Gloss UV <strong>Coatings</strong><br />
Matt Linares<br />
Evonik Degussa<br />
02:00 - 02:15 pm<br />
Novel Deaerators and Defoamers<br />
and their Selection Criteria<br />
Christopher Henkee<br />
Air <strong>Product</strong>s and Chemical Inc.<br />
02:20 - 02:35 pm<br />
Water Epoxy Primer Technology<br />
Combined with Ultrafast,<br />
Low-Yellowing Topcoats for<br />
Rapid Return to Service, Decorative<br />
and Industrial Flooring Systems<br />
Shafiq Fazel & Tracy Wickman<br />
Air <strong>Product</strong>s and Chemicals Inc.<br />
02:40 - 02:55 pm<br />
Rhodia’s Commitment to<br />
the Paint and <strong>Coatings</strong> Industry<br />
Simon Mawson<br />
Rhodia<br />
01:40 - 01:55 pm<br />
Curing Behavior and Performance of<br />
site applied UV curable resins for wood<br />
floor applications<br />
David Folkman<br />
Alberdingk Boley Inc.<br />
02:00 - 02:15 pm<br />
Advanced Elastomeric<br />
Cool Roof <strong>Coatings</strong><br />
John Dockery<br />
Arkema Inc.<br />
02:40 - 02:55 pm<br />
Water-based,<br />
self-cross linking acrylics for concrete<br />
Laurie Morris<br />
Alberdingk Boley Inc.<br />
03:00 - 03:15 pm<br />
Bentone DH-New Clay Based<br />
Rheology Additive for Latex Paints<br />
Mihai Polverejan<br />
Elementis Specialties<br />
03:20 - 03:35 pm<br />
High Quality Yellows —<br />
Made by Lanxess for<br />
Customers Worldwide<br />
Gary T. Balint<br />
Lanxess Corporation<br />
03:40 - 03:55 pm<br />
New NMP free & VOC-free PU<br />
Dispersions, <strong>Product</strong> Range &<br />
Applications<br />
Helmut Schaeidt<br />
Morchem, S. A.<br />
03:00 - 03:15 pm<br />
Area 1<br />
Altiris infrared reflecting pigmentssolar<br />
reflectance with color<br />
Rob Portsmouth<br />
Huntsman<br />
03:40 - 3:55 pm<br />
Beyond Slip & Leveling,<br />
the Mutifunctional Benefits<br />
of Dow Chemical<br />
Guy Beck<br />
Dow Corning Corporation<br />
Area 2<br />
www.american-coatings-show.com
www.american-coatings-show.com<br />
Service<br />
Culture, Leisure, Sights<br />
Indy’s attractions are eye-catching<br />
H Make the most of your time in<br />
Indianapolis by experiencing the<br />
best attractions the city has to offer.<br />
Indianapolis Motor Speedway Hall of<br />
Fame Museum is a popular attraction if<br />
you’re in the Speedway area. If arts and<br />
culture attractions are of interest, the<br />
Indianapolis Museum of Art, located in<br />
the Broad Ripple Village area is a great<br />
attraction to add to your list.<br />
If you prefer scenic places, rather than<br />
the hustle and bustle of city streets,<br />
paying a visit to Holcomb Gardens is<br />
definitely worth your time. No matter<br />
where your interests lie, Indianapolis is<br />
sure to please.<br />
World War Memorial<br />
Standing atop a hill for all to see is this<br />
inspirational memorial with an inscription<br />
that reads, “Vindicate the principles<br />
of peace and justice in the world.” A variety<br />
of war paraphernalia retraces the<br />
history of Indiana, and a Shrine Room<br />
contains an altar with an <strong>American</strong> flag<br />
standing in honor of those who lost their<br />
lives fighting for their country.<br />
431 N Meridian St.<br />
Indianapolis, IN 46204<br />
T 317 232 7615<br />
www.in.gov<br />
Source: Indianapolis Convention &<br />
Visitors Association, visitIndy.com<br />
Indiana Statehouse<br />
A recent $10 million renovation restored<br />
the somber walls of this building to their<br />
former splendor. Before the renovation<br />
efforts, the walls were a dull green, a<br />
color that had been painted by local inmates.<br />
The Indiana General Assembly<br />
meets here at the beginning of every year.<br />
Sightseers may call ahead for a guided<br />
tour of the spectacular interior. Once inside,<br />
visitors will see the beautiful brass<br />
chandeliers, the historic brass spittoons<br />
in the Supreme Court Chambers and the<br />
stately marble floors.<br />
Benjamin Harrison<br />
Presidential Site<br />
The charming, three-story home of<br />
America’s 23rd president, Benjamin Harrison,<br />
is now open to the public as a museum.<br />
Built brick-by-brick in the 1800s,<br />
this historic house displays an astounding<br />
collection of original family pieces.<br />
Arrive on the hour or half hour between<br />
10 am and 3:30 pm to participate in a<br />
guided tour through the building. If you<br />
arrive before the tour begins, take some<br />
time to enjoy the beautiful gardens surrounding<br />
the property.<br />
1230 N Delaware St.<br />
Indianapolis, IN 46202 2598<br />
T 317 631 1888<br />
http://presidentbenjaminharrison.org/<br />
Indiana Historic National Road<br />
Commissioned by President Thomas<br />
Jefferson, the route now known as the<br />
Historic National Road was completed<br />
in 1834 and proved to be a vital part of<br />
<strong>American</strong>s’ westward movement in the<br />
mid-19th century. Having endured massive<br />
changes in transportation and culture,<br />
the road is now lined with many<br />
points of interest. Huddleston Farmhouse<br />
Museum, Wayne County Historical<br />
Museum, the ’50s-style diner and drivein<br />
theater in Plainfield, and plenty of<br />
old-fashioned filling stations and farms<br />
educate and entertain you along the way.<br />
Washington St.<br />
US Rte 40<br />
Indianapolis, IN 46204<br />
T 765 478 3172<br />
Murat Theatre<br />
at Old National Centre<br />
With its exotic turret and detailed tilework,<br />
a visit to this imposing structure<br />
brings you to the largest Shrine Temple<br />
in the world. A one-time Shriners' headquarters,<br />
the structure now hosts a variety<br />
of performances and important<br />
events, including conferences, receptions,<br />
Broadway shows, and pre-show<br />
gatherings. Visitors should keep their<br />
eyes open for the appearance of a resi-<br />
dent ghost, believed to be the cause of<br />
inexplicable slamming doors and blinking<br />
lights. Even sans spirit, the ornate<br />
Egyptian room and the Islamic-inspired<br />
architecture make any visit worthwhile.<br />
Source: Indianapolis Convention & Visitors Association, visitIndy.com<br />
Particle Innovation • Surface Solutions<br />
Time to Join The Leader<br />
The World Leader for Fluoropolymer<br />
and Wax-Based Additives<br />
Stand 1632<br />
502 N New Jersey St.<br />
Indianapolis, IN 46204<br />
T 317 231 0000<br />
http://visitindy.com/indianapolis-murat-theatre-at-old-national-centre<br />
19 H<br />
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Focus<br />
“ Initial Appearance of an Automobile<br />
Coating is Still a Priority”<br />
Developments are focused on making paints environmentally safer<br />
Martin Wusik,<br />
Momentive,<br />
Booth #923<br />
H Automotive coatings today have to<br />
perform at a very high level. Francis<br />
Defoor and Martin Wusik, from<br />
Momentive, state that the most important<br />
trend is probably simplifying automotive<br />
coating layers and processes to<br />
reduce the overall cost of application.<br />
At the same time, interest is still on<br />
the rise when it comes to smart coatings<br />
that combine various features for<br />
improved safety and comfort.<br />
�� What are key properties of<br />
automotive coatings?<br />
Martin Wusik: The coating must make<br />
the car look appealing, it must adhere to<br />
the surface, and it must hold up in harsh<br />
environments. To cite an example, our<br />
silicone hardcoats can be used to extend<br />
the long-term exterior durability and<br />
performance of polymeric materials in<br />
automotive exterior applications. These<br />
coatings maintain color, gloss, light<br />
transmission of parts like headlamps,<br />
glazings, pillars and roof frames, while<br />
enhancing their weatherability, abrasion,<br />
chemical and solvent resistance.<br />
Automotive coatings can add significant appeal to a vehicle by imparting exceptional appearance and visual effects. This applies to the interior as well as<br />
to the exterior of a car<br />
Francis Defoor: Automotive coatings<br />
serve two major purposes. First, they protect<br />
the vehicle from harsh environmental<br />
conditions and, in particular, prevent<br />
corrosion of the metal structure. Second,<br />
they add significant value and appeal to<br />
the vehicle by imparting exceptional appearance<br />
and visual effects. In addition<br />
to this end-use performance, manufac-<br />
Source: John Sfondlias/Fotolia<br />
turing considerations are extremely important<br />
— the ease and robustness of the<br />
coating application. In particular, when<br />
you're dealing with automotive refinishing,<br />
the hardening speed of the clearcoat<br />
is critical because faster-hardening systems<br />
allow significant reduction in labor<br />
and energy costs.<br />
�� What materials for automotive<br />
coatings have you developed lately?<br />
Martin Wusik: One key material we<br />
have focused on recently is our flow and<br />
leveling agent. This product provides<br />
good leveling at very low addition levels,<br />
and the applied coating looks good<br />
whether you are looking at a car's finish<br />
from a foot away or from 100 feet away.<br />
Additionally, our isocyanatosilanes let<br />
us formulate a coating that will form a<br />
durable and chemically stable inorganic<br />
crosslink with its substrate. These materials<br />
have been shown to enable the use<br />
of polymeric materials in lieu of glass<br />
and painted metal in some applications,<br />
allowing for design freedom and weight<br />
reduction in modern automobiles.<br />
Francis Defoor: Automotive coatings today<br />
are designed to perform at a very high<br />
level. While there is an interest in further<br />
improving certain properties for the highend<br />
market, the main developments for<br />
both OEM and aftermarket refinish coatings<br />
are focused on making paints environmentally<br />
safer via a continued reduction<br />
in VOC emissions, and on decreasing<br />
the time and energy required for baking<br />
Source: Rachel Smith/Fotolia<br />
cycles. We are now introducing a new glycidyl<br />
ester monomer that is particularly<br />
suited for making higher-solid clearcoats<br />
that dry and cure faster under both forced<br />
and room temperature cure conditions.<br />
�� What are future trends?<br />
Martin Wusik: Extended durability, application<br />
ease, additional functional features,<br />
and global availability. The initial<br />
appearance of an automobile coating is<br />
obviously still a priority. Improved longterm<br />
scratch resistance is growing in importance<br />
as there is a desire for cars to look<br />
new longer. VOC regulations continue to be<br />
important from a formulation point of view.<br />
Francis Defoor: Future trends for automotive<br />
coatings seem to branch out in<br />
a couple of directions. Simplifying automotive<br />
coating layers and processes to<br />
reduce the overall cost of application is<br />
probably the most important trend. At the<br />
same time, there is a continued interest<br />
in smart coatings that combine various<br />
features for improved safety and comfort.<br />
The automotive industry is also undergoing<br />
fundamental changes to comply<br />
with new fuel efficiency regulations.<br />
Metals in the body and structural parts<br />
are being replaced by composite materials,<br />
and polycarbonate is being used for<br />
panorama roofs, headlight lenses and<br />
more. We have introduced various coating<br />
products for these new applications<br />
and are continuing to develop innovative<br />
solutions to meet future market needs.<br />
www.american-coatings-show.com
www.american-coatings-show.com<br />
Focus<br />
“ Big Challenges are Film Formation,<br />
Film Hardness and Durability”<br />
Waterbased architectural coatings still need improvement<br />
Wenjun Wu,<br />
Arkema Inc.<br />
Booth #500<br />
H Waterborne coatings are the solution<br />
which can fulfill all legislative<br />
issues and ecological-impact problems.<br />
But they still need a lot of improvement<br />
when they are intended as architectural<br />
outdoor coatings. They cannot<br />
be considered equivalent to solventbornes<br />
until more progress is made, as<br />
Wenjun Wu of Arkema explains.<br />
�� How much influence have waterborne<br />
coatings had in the last decade,<br />
especially for exterior applications?<br />
Wenjun Wu: Driven by VOC reduction,<br />
changing substrates and consumer preference<br />
for greener products, new binder<br />
and additive technologies have transformed<br />
the waterborne coatings for exterior<br />
applications in the last decade. The<br />
coatings industry continues to introduce<br />
higher performance products while reducing<br />
VOC content in waterborne coatings.<br />
For raw material suppliers, the key R&D<br />
objectives have been to develop solutions<br />
for coatings formulators to meet individual<br />
sustainability goals and to find a<br />
balance between cost and performance in<br />
their finished formulations. For example,<br />
we have devoted significant resources to<br />
dramatically improved performance in low<br />
or zero-VOC coatings, and to develop a�<br />
certification program that helps simplify<br />
raw material selection for binders that<br />
meet specific sustainability requirements<br />
�� What is the key benefit of waterbornes<br />
from a technological point<br />
of view (other than the economical<br />
advantages)?<br />
Wenjun Wu: Compared to solventborne<br />
coatings, waterborne coatings are more<br />
“do-it-yourself” friendly and easy to<br />
clean up. Many waterborne coatings offer<br />
very low odor, contributing to a more<br />
pleasant experience for the end-user. In<br />
certain applications, waterborne coatings<br />
can provide superior exterior durability<br />
than some solventborne systems.<br />
�� What major challenges must be<br />
overcome in the near future for waterbornes<br />
used in architectural coatings?<br />
Wenjun Wu: The focus in the near future<br />
will be high performance at low or<br />
no VOC. Big challenges facing waterborne<br />
architectural coatings are film for-<br />
mation, film hardness and durability. The<br />
most desired improvements for low-VOC<br />
waterborne architectural coatings are to<br />
develop excellent film hardness (block<br />
One network.<br />
A world of solutions for the<br />
paints and coatings industry.<br />
Powerful perspective from our global Paints & <strong>Coatings</strong><br />
expert network that provides world-class product development<br />
knowledge from formulation to commercialization<br />
Innovative green choices offering product-based answers<br />
to green formulation challenges and VOC regulations<br />
Exceptional product access including the Dow Corning® product<br />
line and their superwetter product family, zero-VOC silicone additives<br />
for coatings, paints, inks and overprint varnish applications<br />
To learn more about Univar and Dow Corning’s solutions<br />
for the paints and coatings industry, visit booth 811<br />
at the <strong>American</strong> <strong>Coatings</strong> Show<br />
1.877.203.0045 | CASE@univar.com | www.univar.com<br />
resistance and print resistance) especially<br />
in deep tint formulations. Also to improve<br />
dirt pickup resistance and self-cleaning<br />
performance, as well as alkyd-like proper-<br />
© 2012. Univar USA Inc. All rights reserved. The Univar name and the hexagon are registered trademarks of Univar USA Inc.<br />
Source: Mariacopa/Pixelio<br />
ties (gloss and color development) in a waterborne<br />
system, such as the capabilities<br />
of Synaqua alkyd emulsion technology<br />
from Arkema Coating Resins are desired.<br />
21 H<br />
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Service<br />
Culinary Delights All Around Town<br />
Dining in Indy – An appetizing experience<br />
H After a long and successful day at<br />
the ACS, networking does not necessarily<br />
have to end when the doors of<br />
the Indiana Convention Center close.<br />
Indianapolis offers a variety of different<br />
locations where you can meet with old<br />
and new business partners for a bite.<br />
The city’s restaurants stand at the ready<br />
to ply you with all kinds of good eats, no<br />
matter your taste or preference. More<br />
than 260 restaurants downtown await<br />
your dining pleasure.<br />
St. Elmo Steak House<br />
A landmark steakhouse since 1902, this is<br />
the place to go for atmosphere, as well as<br />
seared steaks and a jumbo shrimp cocktail<br />
with a sauce that features throat-singeing<br />
heat. If the walls could talk, they'd keep<br />
you spellbound with the list of dignitaries,<br />
famous and not-so-famous who have<br />
dined on tender filets, bone-in rib-eyes and<br />
the real crowd pleaser: strip steaks. Prices<br />
are steep, but entrées include a navy bean<br />
soup starter good enough to write home<br />
about and a side, which definitely should<br />
be the baked potato. The servers are professional,<br />
and you can even ask for a tour<br />
of the impressively stocked wine cellar; it<br />
includes selections to suit even the most<br />
discriminate diners who frequent St. Elmo’s<br />
– over and over. If you’re into peoplewatching,<br />
stay alert; this is the place local<br />
and visiting politicians and top athletes<br />
come.<br />
127 S Illinois St.<br />
Indianapolis, IN 46225<br />
T 317 635 0636<br />
www.stelmos.com<br />
Saffron Café<br />
Hungry downtown diners often head to<br />
the city’s first Moroccan restaurant, Saffron<br />
Café, to enjoy something a bit out<br />
of the ordinary. Elegant Moroccan decor<br />
and an authentic menu filled with Medi-<br />
terranean specialties like kabbabs, gyros,<br />
paella and tajines (Moroccan stews)<br />
make Saffron a terrific choice for discerning<br />
and adventurous diners. Even the restaurant’s<br />
wine is imported from Morocco,<br />
and the chef’s family tiramisu recipe is,<br />
quite simply, out-of-this-world.<br />
621 Ft Wayne Ave.<br />
Indianapolis, IN 46204<br />
T 317 917 0131<br />
www.saffroncafe-indy.com<br />
The R bistro<br />
The R bistro concept is a classically<br />
simple one: fresh local ingredients, and<br />
menus that change every week to take<br />
Source: St. Elmo Steak House<br />
advantage of those ingredients.<br />
Serving outstanding<br />
<strong>American</strong> cuisine and<br />
capitalizing on premium<br />
local ingredients, R Bistro<br />
features a small, select<br />
menu that changes<br />
weekly. Depending on the<br />
time of year you visit, you<br />
might encounter something<br />
along the lines of<br />
pecan-crusted trout with<br />
honey-spice butter, chicken<br />
fried steak with chipotle<br />
gravy, or a butternut<br />
squash, spinach, and<br />
goat cheese stack. Don’t<br />
Source: Rathskeller Restaurant<br />
forget to end with a scrumptious dessert,<br />
perhaps the dark chocolate tart<br />
with coffee-mascarpone cream.<br />
888 Massachusetts Ave<br />
Indianapolis, IN 46202<br />
T 317 423 0312<br />
www.rbistro.com<br />
Iaria’s Italian Restaurant<br />
A local institution, Iaria’s has been<br />
growing and changing with Indianapolis<br />
for more than 70 years! Passed<br />
down through four generations of<br />
the family, recipes are tried and true,<br />
promising melt-in-your-mouth pastas<br />
and pizzas. Standards like spa-<br />
ghetti and meatballs populate the menu<br />
alongside a hearty array of meat-filled<br />
sandwiches and the signature chicken<br />
piccata. A full bar and a selection of traditional<br />
Italian desserts like spumoni and<br />
tiramisu are the icing on the cake.<br />
317 S College Ave.<br />
Indianapolis, IN 46202<br />
T 317 638 7706<br />
www.iariasrestaurant.com<br />
Yen Ching<br />
One of Indy’s best Szechuan-style restaurants,<br />
the family-owned Yen Ching<br />
is always packed with Chinese food enthusiasts.<br />
The extensive menu is filled<br />
with popular dishes like Mongolian beef,<br />
Moo Shu pork, garlic chicken, beef with<br />
broccoli and sesame chicken, but there<br />
is also a fantastic selection of vegetarian<br />
dishes, lo mein and fried rice. Start your<br />
meal with Yen Ching’s raved-about potstickers,<br />
irresistible crabmeat Rangoon<br />
or simply perfect egg drop soup.<br />
9150 N Michigan Rd.<br />
Indianapolis, IN 46268<br />
T 317 228 0868<br />
www.yenchingwest.com<br />
The Rathskeller<br />
Source: St. Elmo Steak House<br />
This establishment, the city’s oldest,<br />
is located in the basement of the Athenaeum<br />
building and serves a variety<br />
of authentic German entrees, like sauerbraten<br />
and jaegerschnitzel. The menu<br />
also offers plenty of <strong>American</strong> and Continental<br />
specialties, including steaks, seafood,<br />
pastas, and chicken and vegetarian<br />
dishes. Diners can spend their time in the<br />
main dining room, the lively Kellerbar, or<br />
the outside Biergarten. A late night menu<br />
is served in the bar. Food is available all<br />
day and night.<br />
401 E Michigan St.<br />
Athenaeum Building<br />
Indianapolis, IN 46204<br />
T 317 636 0396<br />
www.rathskeller.com<br />
www.american-coatings-show.com
www.american-coatings-show.com<br />
Focus<br />
“New Test Methods are Needed”<br />
Testing development must keep pace with advances in aerospace coating<br />
Douglas H.<br />
Berry,<br />
Boeing<br />
Research &<br />
Technology<br />
H Aerospace coatings have been<br />
enhanced with innovative functions.<br />
Without validated, industry-standard<br />
methods, however, verifying their<br />
performance is challenging. Douglas<br />
H. Berry, Associate Technical Fellow at<br />
Boeing Research & Technology, calls<br />
for new test methods.<br />
�� What measuring and testing methods<br />
are the most important for coatings?<br />
Douglas H. Berry: Many test methods<br />
are employed in the process of developing,<br />
qualifying, and implementing<br />
aerospace coatings. Key performance<br />
requirements include adhesion, flexibility,<br />
durability against high UV exposure<br />
and thermal moisture cycling, resistance<br />
to a range of fluids, corrosion<br />
resistance, impact resistance, and rain<br />
erosion resistance. Tests are based on<br />
industry standards, as well as Boeing<br />
standards (BSS), to assess the unique<br />
characteristics of aerospace environments.<br />
Examples are ASTM D3359 for<br />
tape adhesion, ASTM B117 for salt fog,<br />
SAE J2527 for accelerated weathering,<br />
and BSS7391 water drop impact jet apparatus,<br />
as well as BSS7393 whirling<br />
arm for rain erosion resistance. Some<br />
unique materials are also used, such as<br />
phosphated hydraulic fluid for assessing<br />
fluid resistance.<br />
�� What are the most important requirements/regulations<br />
to be met with<br />
these methods?<br />
Douglas H. Berry: Aerospace coating<br />
systems serve a protective function:<br />
they create corrosion, fluid, and<br />
UV resistance, with the relative importance<br />
of these properties depending on<br />
where it is applied. They also serve an<br />
important decorative function, providing<br />
airline branding and differentiation,<br />
especially on the exterior. Most important<br />
requirements are those for flight<br />
safety, such as Federal Aviation Regulations<br />
(incl. FAR 25) and Boeing fatigue<br />
requirements for a 30-year airframe<br />
service life. These factors drive corrosion-prevention<br />
test methods. Other<br />
regulations include OSHA, as well as<br />
EU REACH for hex chrome exposure and<br />
elimination, and EPA standards for volatile<br />
organic content. There are also additional<br />
OEM requirements to ensure a<br />
durable appearance, as well as the long<br />
term integrity of coating systems.<br />
�� What current and future trends do<br />
you see in this area?<br />
Douglas H. Berry: New test methods<br />
are needed to facilitate formulation and<br />
implementation of aerospace coatings<br />
with novel functionality. For example,<br />
many products claim to be “icephobic,”<br />
“drag-reducing,” or “self-cleaning,” but<br />
verifying these claims is challenging<br />
without validated, industry-standard<br />
methods. Test development needs to<br />
keep up with advances in coatings development,<br />
and the tests need to be<br />
available to suppliers and OEMs. Another<br />
important trend will be the development<br />
of rapid and reliable test meth-<br />
www.american-coatings-show.com<br />
Georgia World Congress Center<br />
Atlanta, GA<br />
April 8-10, 2014<br />
<strong>American</strong> <strong>Coatings</strong> ConferenCe<br />
April 7-9, 2014<br />
2014<br />
ods that predict in-service performance.<br />
This evolution is critical for introducing<br />
technologies such as non-chromated<br />
inhibitors, where the emphasis must<br />
be on identifying materials that work in<br />
service, rather than materials that simply<br />
perform as effectively as chromates<br />
in salt spray.<br />
23 H<br />
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