Combined filter 6092 A1B1E1K1 P3R + formaldehyde - K6092 - 3M

Versatile, ergonomic, and easy to install: designed to enhance the field of vision and comfort at work, these gas, vapor, and particulate filters feature a discreet design angled backward. The 3M™ bayonet gas, vapor, and particulate filters are easy to install. Simply select the filter type that meets your needs and requirements, align the connection, and twist to lock it in place with a quarter turn. These filters are compatible with 3M™ half facepiece respirators series 6000, series 6500QL, series 7500, and full facepiece respirators series 6000, helping to reduce stock requirements. Breathability: The 3M™ bayonet gas, vapor, and particulate filters are designed to balance breathability and long service life. The gas and vapor filters use carbon particles to adsorb contaminants, thereby filtering the air you breathe. 3M™ has engineered the filters to facilitate breathing and ensure durability by optimizing the carbon bed layers and depth, filter geometry, and carbon particle size. The 3M™ bayonet gas, vapor, and particulate filters* provide protection against a wide range of gases, vapors, and particulates. Designed for use in multiple industrial applications. Help protect your workers: 3M offers a free online tool to help you select the appropriate masks and filters for the respiratory hazards and contaminants in your workplace and to determine filter change schedules. 3M Select and the service life estimation software (www.3M.com/sls) include more than 700 different chemicals and provide documentation on your choices. The 3M™ bayonet gas, vapor, and particulate filters are CE approved to protect against a wide range of gases and vapors depending on the selected model. *6098 and 6099 are not suitable for half masks. Do not use in environments presenting an immediate danger to life or health (IDLH). Replace 3M™ bayonet gas, vapor, and particulate filters according to your well-documented replacement schedule or sooner if an odor, taste, or irritation from contaminants is detected.