The Milwaukee Performance Safety Glasses with Gasket and Fog-Free Lenses are engineered to deliver advanced eye protection with all-day comfort in demanding work environments. Featuring a removable gasket, these safety glasses help shield eyes from debris while maintaining a secure and comfortable fit. The high-impact polycarbonate lenses are designed to withstand high-velocity impacts, offering military-grade protection. A durable anti-scratch coating enhances longevity, while the fog-free lens treatment ensures clear visibility when transitioning between indoor and outdoor environments. Lightweight construction and comfortable arms make them ideal for extended wear on the job.

Key Features

Removable debris gasket: Enhances protection against dust and airborne particles when needed
High-impact protection: Polycarbonate lenses tested for high-velocity impact resistance
Fog-free performance: Lenses remain clear when moving between temperature changes
Durable anti-scratch coating: Extends lens life in demanding jobsite conditions
Lightweight design: Reduces fatigue during extended use
Comfortable fit: Ergonomic arms provide stability and long-wear comfort
Versatile protection: Suitable for indoor and outdoor applications with clear lenses

Intended Use

Designed for environments requiring impact protection and debris control, these safety glasses provide reliable visibility and comfort throughout the workday.

Construction and general industrial work
Maintenance and repair tasks
Material handling operations
Workshop and fabrication environments
Indoor and outdoor jobsite use

Product Specifications

Lens material: Polycarbonate
Frame material: Nylon
Lens coating: Anti-fog (washable) / anti-scratch
Lens color: Clear
Design: Wraparound with removable gasket
Packaging: Polybag
Dimensions: 5.9 in (L) x 2.5 in (W) x 2 in (H)
Weight: 0.1 lb

Certifications and Standards

ANSI/ISEA Z87.1 (+) – 2015: Ensures high-impact protection for occupational eye protection devices
CSA Z94.3: Canadian standard ensuring impact resistance and optical clarity