3M R95 Particulate Respirator 07186 with Organic Vapor Relief

Specifications

Manufacturer: 3M Automotive
Model Number: 7186
Product Name: Particulate Respirator 07186, R95, with Nuisance Level Organic V
Weight: 0.8 lbs
Dimensions: 9.75 x 5.25 x 5.25 inches

Advanced Filtration Efficiency: Certified R95 rating with 95% efficiency in filtering out oil and non-oil-based particulates.
Nuisance Level Organic Vapor Relief: Offers added protection against low levels of organic vapors without affecting filtration performance.
Comfortable and Secure Fit: Designed with adjustable straps and a contoured shape to fit various face sizes while ensuring a secure and comfortable seal.
Durable and Lightweight Construction: Weighing only 0.8 lbs, the lightweight design reduces user fatigue during extended wear.
Compact and Portable Design: Easy to carry and store due to the compact dimensions for on-the-go convenience.

Industrial Environments: Ideal for workplaces involving exposure to oil and non-oil-based particulate hazards, such as manufacturing and construction sites.
Paint Spray Operations: Enhances respiratory protection for automotive or furniture painting tasks by filtering out airborne particles and minor organic vapors.
DIY and Home Projects: Suitable for use during sanding, insulation installation, or other home improvement projects involving dust and debris.
Agriculture: Protects against particulate hazards in crop spraying or grain handling operations.

Enhanced Safety: Keeps users protected from harmful particulates and nuisance-level vapors, reducing exposure risks in hazardous environments.
All-Day Comfort: Ergonomically designed to minimize discomfort during prolonged wear, increasing productivity and usability.
Improved Breathability: Provides efficient filtration while allowing easier breathing compared to traditional masks.
Versatility: Combines reliability with flexibility, offering protection across multiple applications and industries.
Cost-Effective Protection: A durable respiratory solution designed to maximize user safety without the need for frequent replacement.