Secure Click 3M Secure Click Gas, Vapour and Particulate Filter, A1B1E1K1P3 R, with Dual Flow, D8094

The innovative 3M Secure Click platform features a quick, simple filter connection. It works just like a seat belt. Simply align the connections and push until you hear a click and feel confident that filters are installed properly. Two dual-flow filters on each respirator combine to create four airflow paths in the world's first quad-flow filter system, providing great breathability and comfort. These filters are compatible with the 3M Secure Click Resuable Respirators HF-800 Series and FF-800 Series. Easy breathing: 3M Secure Click Gas, Vapour and Particulate Filters are designed to balance breathability and long service life. Gas and vapour filters use carbon particles to adsorb contaminants, filtering the air that you breathe. 3M has designed the filters to be easy to breathe through and long lasting by optimising the layers and depth of the carbon bed, geometry of the filter body, and carbon particle size. 3M Secure Click Gas, Vapour and Particulate Filters provide protection against a wide range of gases and vapours. Designed for use in multiple industrial applications. 3M Secure Click Gas, Vapour and Particulate Filters are CE approved and help provide protection against particulates in addition to respiratory protection from certain gases or vapours. Help protect your workforce: 3M offers a free online tool to help you select the appropriate respirators and filters for your workplace respiratory hazards and contaminants and help determine filter change-out schedules. 3M Select and Service Life Software contains more than 700 different chemicals and provides documentation of your choices. 3M Secure Click Gas, Vapour and Particulate Filters are not for use in environments that are immediately dangerous to life or health (IDLH). Change 3M Secure Click Gas, Vapour and Particulate Filters in accordance with your well-documented change-out schedule or earlier if smell, taste or irritation from contaminants is detected.