Skip to content
3M 6099 filter

3M™ Gas, Vapour and Particulate Filter, A2B2E2K2HgP3 + Formaldehyde, 6099

Maximum safety with 3M™ 6099 filters. Protect against ABEK, Mercury, Formaldehyde, and Particulates. For full face masks. Order your protection today!

Filter Type
Gas, Vapour and Particulate Filter
Protection Level
A2B2E2K2HgP3 + Formaldehyde
Connection Type
Bayonet
Standards/Approvals
EN 14387:2004 + A1:2008
Compatible Respirators
3M Full Face Masks Only (e.g., 6000 Series)
Primary Material
Activated Carbon / High-Efficiency Filter Media
Gas/Vapour Category
Multi-Gas (Organic, Inorganic, Acid, Ammonia, Mercury, Formaldehyde)
Color Code
Brown/Grey/Yellow/Green/Red/White

Equipment Analysis

Comprehensive Multi-Hazard Respiratory Protection

The 3M™ Gas, Vapour and Particulate Filter 6099 is an elite-tier filtration solution engineered for environments containing a complex cocktail of respiratory hazards. This high-capacity filter provides robust A2B2E2K2HgP3 protection, covering organic vapours, inorganic gases, acid gases, ammonia, mercury, and formaldehyde, alongside integrated high-efficiency particulate filtration.

Technical Engineering & High-Capacity Design

  • Multi-Range Protection: Shields against organic vapours (bp > 65 °C), inorganic and acid gases, ammonia derivatives, mercury vapours, and formaldehyde.

  • P3 Particulate Rating: Features a built-in P3 R filter to capture 99.95% of solid and liquid particles, including toxic dusts and mists.

  • Bayonet Connection System: Designed specifically for use with 3M™ Full Face Reusable Respirators, ensuring a secure, balanced fit through a simple twist-and-click mechanism.

  • Optimized Visibility: The trapezoidal shape is engineered to provide an excellent field of vision and better weight distribution for long-term user comfort.

Industrial Benefits & Applications

The 6099 filter is essential for high-risk operations such as laboratory research, chemical handling, heavy industrial cleaning, and decontamination tasks. Its broad spectrum of protection reduces the need for multiple filter types, streamlining safety protocols in complex chemical environments.

Syncing Catalog