3M 54295, Particulate Filter 2096, P100, with Nuisance Level Acid Gas Relief, 7000002048, 100 EA/Case

The 3M Particulate Filter 2096, P100, with Nuisance Level Acid Gas Relief helps provide respiratory protection against exposure to lead, asbestos, cadmium, arsenic, and MDA. The filter is effective for concentrations up to 10 times the Permissible Exposure Limit (PEL) with half facepieces, or 50 times PEL with quantitatively fit tested full facepieces. This filter helps protect against a wide range of oil and non-oil based particulate contaminants. The filter also offers nuisance level odor relief from acid gases that are below the PEL. Nuisance level refers to concentrations not exceeding OSHA PEL or other applicable government exposure limits, whichever is lower. Do not use for respiratory protection against acid gases or in environments that are immediately dangerous to life or health (IDLH). Inventory needs and training requirements of safety equipment are reduced because this filter works for many different applications. This filter is commonly used in the following industries: mining, primary metals,.

The filter works with a wide range of facepieces, including 3M Half and Full Facepieces 6000, 7000 and FF-400 Series. If used with 3M Adapter 502, the filter may also be used with 3M Respirator 5000 Series or 3M Cartridge 6000 Series. If used with the 3M Scott AV-632 Bayonet Adapter, the filter may be used with the 3M Scott AV-3000 HT and AV-3000 SureSeal facepieces. The filter is NIOSH (National Institute for Occupational Safety and Health) approved for environments containing certain oil and non-oil based particles. The filter has been assigned the color code ?Magenta? in the NIOSH system. Passing NIOSH?s P-series test criteria, the 2096 P100 filter provides at least 99.97 percent filter efficiency against particles.

Breathing hazardous particles can pose a risk to your health. NIOSH, a Federal government regulatory agency, has tested and approved the 3M Particulate Filter 2096 to help reduce exposure to certain particles.