Negative Pressure Respiratory Protection

These dust respirators have a lightweight, flexible mesh design which offers improved comfort and helps to maintain their shape to prevent collapse onto the face during use. They have a preformed nosebridge to eliminate the need for regular adjustment and a large surface area to give low breathing resistance. Woven elastic (latex-free rubber) adjustable headstraps ensures a secure and comfortable fit which is compatible with a large range of safety eyewear.

They have a colour coded polypropylene shell to ensure easy identification where varied levels of protection may be required.

The range is completely metal free making it suitable for food industry applications.

The exhalation valves (where fitted) help to reduce heat and moisture build up within the mask

NOTE: Disposable dust respirators are not designed to offer protection from chemical gases and vapours or for use in areas deficient in oxygen.

See our Disposable Face Mask and Application Guide for information on selecting the correct mask for your needs.

These cup-shaped respirators have a 4-point adjustable strap with a full inner face seal and a coin profile exhalation valve.

The masks have a full inner face seal and with the exhalation valve offers a low breathing resistance.

They protect the user from non-toxic dust, and oil/water base particulates and are suitable for applications including construction, mining, pharmaceutical industries and hospitals.

The BM-3V respirator is disposable and recommended for single shift use only. Do not attempt to clean or re-use.

The FFP3 Defender mask has a full inner face seal, preformed nose bridge and fully adjustable headstrap.

It will protect against very fine dust such as silica dust, hard/soft wood dust, airborne mists which include water or oil-based aerosols. The Defender will also protect from fumes generated by burning or welding metals and soldering.

The Defender half mask is disposable and recommended for single shift use only (8hrs). Do not attempt to clean or re-use.

The Advantage 200 LS Half Mask Respirator is a comfortable, efficient and economic half mask ideal for applications where workers are exposed to various hazards such as high concentrations of fumes, mists and gases.

The soft, pliable combination of rubber and plastic provides a customised and pressure-free fit, instantly conforming to the wearer’s unique facial characteristics offering the perfect adaption to different face shapes.

The Advantage 200 LS is easy to clean and has a wide range of filters available.

Advantage Filter A2B2E1K1P3 Combined Filter:

• Organic gases and vapors with a boiling point › 65° C
• Inorganic gases and vapors, e.g. chlorine, hydrogen sulfide, hydrogen cyanide
• Sulphur dioxide, hydrogen chloride and other acid gases
• Ammonia and organic ammonia derivatives
• Particles

Advantage 200 P3 Filter:

• Against non-volatile liquid and solid particles

Other filters are available please contact us on 01404 43000 for details.

These masks will not offer protection to people with facial hair.

The 6000 series full face respirator is designed for use with filters or approved powered and supplied air systems to protect against gases, vapours and particles depending on your need.

The masks are lightweight and well balanced with the dual filters which offers lower breathing resistance. They have a soft silicone faceseal for comfort during long periods of work.

The masks have a bayonet connection system allowing the use of a broad range of lightweight filters available.

Gas, Vapour and Particulate Filter,A2B2E2K2HgP3 + Formaldehyde,

• Certain Organic Vapors (b.pt. >65 °C)
• Certain Inorganic Vapors
• Acid Gas
• Ammonia
• Formaldehyde
• Mercury
• Particulate

Particulate Filter

• Particulate Filter P3R - Oil & Non-oil

Other filters are available please contact us on 01404 43000 for details.

NOTE: The substances in the air must be identified and measured and suitable filters used. The filtering device must not be used if the environment and contamination are unknown or if the composition of the atmosphere is likely to change disadvantageously.