3M 7178 Dual Cartridge Respirator for Organic Vapor P95 Medium

Specifications

• Manufacturer: 3M Automotive
• Model Number: 7178
• Product Name: Dual Cartridge Respirator Packout, Organic Vapor/P95, Medium
• Weight: 1.05 lbs
• Dimensions: 9.9 x 9.5 x 5 inches
• Filter Type: Organic Vapor/P95
• Size: Medium

Key Features

• Dual Cartridge Design: Provides advanced filtration for organic vapors and particulate matter, ensuring comprehensive respiratory protection.
• Lightweight Construction: Weighing only 1.05 lbs, it is comfortable for prolonged use without causing fatigue.
• Comfortable Size: The medium size fits a wide range of face shapes and sizes, providing a secure and snug fit.
• Replaceable Components: Compatible with 3M replacement filters and cartridges for extended usability and cost efficiency.
• Durable Material: Made with high-quality, long-lasting materials for use in demanding work environments.

Applications

• Professional Painting: Protects against organic vapor exposure and particulates from paint fumes, ideal for automotive or commercial painting tasks.
• Chemical Handling: Designed for professionals who frequently handle hazardous substances in labs or industrial settings.
• Construction and Remodeling: Shields users from harmful dust, debris, and chemical vapors often encountered in these environments.
• DIY Home Projects: Provides personal protection during paint spraying, refinishing, and other home improvement tasks involving chemicals.

Benefits

• Enhanced Safety: Effectively filters out harmful organic vapors and particulates, reducing the risk of respiratory health issues.
• User Comfort: Lightweight design and medium size ensure hours of comfortable wear without unnecessary strain.
• Cost-Effective: Replaceable cartridges and filters allow for long-term use, minimizing ongoing expenses.
• Versatile Protection: Suitable for a range of professional and personal applications, offering flexibility for various tasks.
• Durability You Can Trust: Built by 3M using premium materials, ensuring reliability in demanding conditions.