3M 7093 P100 Particulate Filter (2-Pack)

Versatile and simple to install 

The 3M™ Particulate Filters 7093 Series are designed to help protect in higher-heat and wet applications with a swept-back plastic encased filter. An innovative solid-top air-inlet can help reduce premature loading by allowing a channeled airflow. The P100 filters have a unique, spring-loaded filter cover to assist in performing negative pressure user seal checks. Simply press or squeeze the filter covers to restrict airflow and inhale gently to check for proper seal of the respirator.

These P100 particulate filters are both flame and water resistant. They are easy to install. Plus, 3M™ Particulate Filters 7093 Series are compatible with 3M™ Half Facepieces 6000, 6500/6500QL, 7500 Series, Full Facepieces 6000, FF-400, 7800 Series, and 3M™ Scott™ AV-3000 HT and AV-3000 SureSeal Facepieces with AV-632 Bayonet Adapter, thus helping to reduce inventory needs.

Help protect your workforce 

After you’ve determined the contaminants and exposure levels in your work environment, help protect your employees with a properly fitted 3M™ Reusable Respirator and corresponding particulate filters. 3M™ Particulate Filters 7093 Series are NIOSH-approved as P100 filters and are designed to help filter a broad range of oil and non-oil based airborne particulate contaminants including lead, asbestos, cadmium, arsenic when used with certain 3M half and full facepieces. P100 filters provide at least 99.97% filtration efficiency against solid and liquid aerosols including oils.

These filters help provide respiratory protection from particulate contaminant concentrations up to 10 times the OSHA Permissible Exposure Limit (PEL) with half facepieces and 50 times the OSHA PEL with quantitatively fit tested full facepieces. Some models include nuisance level organic vapor or acid gas relief. Not for use in environments that are immediately dangerousto life or health (IDLH) or contain hazardous levels of organic vapors and/or acid gases (except hydrogen flouride on certain models).