3M™ 8576 P95 Particulate Respirator

3M™ 8576 P95 Particulate Respirator
with Nuisance Level Acid Gas Relief
An excellent choice for work settings that involve heat, humidity and long wear periods. Suggested applications include glass etching, chemical processing, paper processing, aluminum smelting and brewing operations where particles and nuisance levels* of acid gases may be present. Its lightweight construction promotes greater worker comfort and contributes to increased wear time.

The 3M™ Particulate Respirator 8576, P95 is designed to help provide comfortable, reliable worker protection against certain oil and non-oil based aerosol particles including those present with nuisance levels of acid gases* such as sulphur dioxide, hydrogen fluoride and/or chlorine. An excellent choice for work settings that involve heat, humidity and long periods of wear. The 8576 offers a number of benefits to you and your workers:

NIOSH approved P95
• At least 95% filtration efficiency against solid and liquid aerosols including oils.** TC-84A-1166

3M™ Cool Flow™ Exhalation Valve
• Patented one-way valve for easy exhalation and cool, dry comfort.

Odor removing filter material
• Carbon layer provides relief from nuisance levels of acid gas* for greater comfort.

M-noseclip
• Adjusts easily for fewer pressure points and greater comfort.
• Reduces the potential for eyewear fogging.
• Helps provide a custom fit and secure seal.

Lightweight construction
• Promotes greater worker comfort.
• Contributes to increased wear time.

All filter design
• Helps provide economical protection.
• No spare parts to clean and maintain.
• Promotes easier communication.

Braided headband
• Provides comfort and durability.

Suggested Applications
• Glass etching
• Chemical processing
• Paper processing
• Brewing operations
• Aluminum smelting

*3M recommended for relief against nuisance levels of acid gas. Nuisance level acid gas refers to concentrations not exceeding OSHA PEL or applicable exposure limits, whichever is lower.

**Tested against particles approximately 0.3 micron in size (mass median aerodynamic diameter) per 42 CFR 84.


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