FFP2 Respirator With Valve and Active Carbon

Product description

Advanced respiratory protection mask featuring a shell-shaped design with multiple protective layers including PP non-woven fabric and activated carbon filtration. The mask effectively contains organic vapors and unpleasant odors while providing comfort through its soft rubber foam seal and adjustable synthetic rubber elastics. Engineered for professional use with protection up to 10 times the TLV.

Product Features:

- Shell-shaped PP non-woven construction with reinforced plastic nose piece

- Activated carbon layer for organic vapor filtration

- Soft rubber foam seal and synthetic rubber elastics for comfort

Recommended Applications:

- Laboratory environments

- Brush painting operations

- Engineering facilities

- Public cleansing services

- Chemical and pharmaceutical industries

• Color · White

  The visual appearance of the respirator, which may affect workplace compliance, visibility requirements, and professional appearance.

• Respirator Style · Half Face

  Determines the coverage area and design of the respirator, such as full face or half face, affecting protection level and compatibility with other safety equipment.

• Mask Shape · Cup

  Determines the physical form of the mask, affecting comfort, breathing space, storage convenience, and how well it seals against your face.

• Filter Type · FFP2 (94%)

  Indicates the level and type of filtration provided, determining what contaminants the respirator protects against and the percentage of particles filtered.

• Bactery Filtration - BFE · 94 %

  Measures the percentage of bacteria-sized particles filtered out, indicating the respirator's effectiveness at blocking biological contaminants.

• Material · Polypropylene (PP), Fabric, Natural Rubber, Nonwoven

• Bactery Filtration - BFE · 94 %

  Measures the percentage of bacteria-sized particles blocked by the respirator filter, with higher percentages indicating better protection against bacterial contamination.

• Respiratory Protection