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Alexandra - Respiratory Buying Guide

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<strong>Respiratory</strong><br />

<strong>Buying</strong> guide


<strong>Respiratory</strong><br />

<strong>Buying</strong> guide<br />

<strong>Respiratory</strong> protective equipment at work<br />

There are many types of respiratory protective equipment (RPE) available, designed<br />

to protect people from a variety of hazards in the workplace. These suit a variety of<br />

workplace situations and should match the specific requirements of the wearer. Many<br />

workers wear respirators or breathing apparatus to protect their health; these devices<br />

are collectively known as respiratory protective equipment (RPE). Respirators filter the<br />

air to remove harmful substances and breathing apparatus (BA) provides clean air for the<br />

worker to breathe.<br />

Choosing the<br />

right protection<br />

for your task<br />

Work activities may result in harmful<br />

substances contaminating the air in the form<br />

of dust, mist, gas or fume. Workers may<br />

also need to work in areas where oxygen<br />

levels are low such as confined spaces, a<br />

chamber or tank. RPE is designed to protect<br />

the wearer from these hazards:<br />

Whether you are an employer or self-employed, this guide will help those who have<br />

responsibility for the use of RPE at work.<br />

RPE should be used when there is a possibility of breathing in contaminated air, even if<br />

other controls are in place, such as an extraction system. The respirators use filters to<br />

remove contaminants from the air, allowing the wearer to breathe safely.<br />

Work activities may result in harmful substances contaminating<br />

the air in the form of dust, mist, vapour, gas or fume.<br />

For example, when:<br />

• Cutting a material such as stone or wood.<br />

• Using a product containing volatile solvents.<br />

• Handling a dusty powder.<br />

• Welding stainless steel.<br />

To select RPE that will protect the wearer you will need a basic<br />

understanding of:<br />

• The hazardous substance and the amount in the air (exposure).<br />

• The form of the substance in the air (e.g. gas, particle, vapour).<br />

• The type of work being carried out.<br />

• Any specific wearer requirements, such as other PPE being worn at the same time,<br />

or a need for spectacles.<br />

Respirators are rigorously tested to make sure they meet varying levels of industry safety<br />

standards, for example:<br />

EN149 • EN143 • EN405 • EN114387.<br />

Efficiency<br />

Construction<br />

Metal<br />

fumes<br />

Fibres<br />

Woods<br />

Painting<br />

Filtration efficiency (80 - 99%)<br />

Anti-clogging (D)<br />

Silica<br />

Brick dust<br />

Concrete<br />

Plaster<br />

Sandstone<br />

Welding<br />

Ferrous metal fume<br />

Lead fume<br />

Fibre glass strand<br />

Mineral fibres<br />

Rockwool insulation<br />

Wood (soft)<br />

Wood (hard)<br />

MDF hand tools<br />

Water based<br />

Powered prep<br />

Manual prep<br />

Mechanical stripping


Specific requirements for RPE use<br />

A fit test should be performed before entering a contaminated or hazardous area to ensure that the RPE is working correctly for you.<br />

RPE is available in different sizes to allow for the facial differences of workers. Gender, ethnicity, build and many other factors mean that one size of<br />

face piece will not fit everyone.<br />

You will require RPE that is adequate and suitable to ensure the wearer is protected. This means:<br />

• Adequate – It is right for the hazard and reduces exposure to the level required to protect the wearer’s health.<br />

• Suitable – It is right for the wearer, task and environment, such that the wearer can work freely and without additional risks due to the RPE.<br />

Other common factors about the wearer you need to consider are:<br />

• Do they have facial hair or markings that could prevent a good seal between the wearer’s face and the RPE?<br />

• Do they have any pre-existing medical conditions?<br />

• Do they wear spectacles or contact lenses?<br />

Remember, (RPE) can protect only the wearer if it is used correctly. If poorly maintained or used incorrectly, it will not provide the required<br />

protection. (RPE) can be uncomfortable to wear and may interfere with work, which can lead to incorrect use.<br />

For more information and further guidance, please visit: www.hse.gov.uk<br />

Choosing the suitable protection for your task<br />

Below is a graph with information to help you select the type of RPE that best suits you and the task at hand. It depicts the level of filtration<br />

efficiency, the types of protection offered and which EN standard it relates to:<br />

EFFICIENCY<br />

CONSTRUCTION<br />

METAL<br />

FUMES<br />

FIBRES WOODS PAINTING<br />

CODE VALVE EN STANDARD<br />

% FILTRATION<br />

ANTI-CLOGGING (D)<br />

SILICA<br />

BRICK DUST<br />

CONCRETE<br />

PLASTER<br />

SANDSTONE<br />

FERROUS<br />

LEAD<br />

GLASS STRANDS<br />

MINERAL<br />

ROCKWOOL INSULATION<br />

SOFT<br />

HARD<br />

MDF HAND TOOLS<br />

WATER BASED<br />

POWERED PREP<br />

MANUAL PREP<br />

MECHANICAL STRIPPING<br />

PE11 FFP2V EN149 94 • • • • • • • • • •<br />

PE12 FFP2V EN149 80 • •<br />

PE13 FFP3V EN149 99 • • • • • • • • • • • • • • • • • •<br />

<strong>Alexandra</strong> West Park House Midland Way Thornbury Bristol BS35 2NT<br />

t 0333 600 1111 f 0333 700 2222<br />

alexandra.co.uk

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