KCP25654 - Jackson Safety V20 Purity Clear Safety Glasses

Reliable Industrial Eye Protection

In the fast-paced environment of industrial manufacturing and maintenance, eye safety is paramount. The Jackson Safety V20 Purity Safety Glasses (KCP25654) provide a robust solution for protecting your workforce against impact hazards without compromising on comfort or vision clarity. Designed by Kimberly-Clark Professional under the trusted Jackson Safety brand, these glasses are engineered to meet the rigorous demands of the modern job site.

Compliance and Safety Standards

Workplace safety compliance is non-negotiable. The V20 Purity glasses are tested and certified to meet ANSI Z87.1+ and CSA Z94.3 standards for high-impact protection. This ensures that your team is guarded against flying debris, particles, and other mechanical hazards common in machining, assembly, and general labor environments. Additionally, the polycarbonate lenses filter out 99.9% of harmful UVA and UVB rays, providing essential protection for outdoor work or environments with UV exposure.

Designed for All-Day Comfort

Compliance is often driven by comfort; if safety gear is uncomfortable, it won't be worn. The V20 Purity series features a lightweight, frameless design that minimizes weight on the nose bridge. The thin, flexible temples adapt to various head sizes without creating pressure points, making them suitable for extended wear during long shifts. Their dielectric construction (containing no metal parts) also makes them a safe choice for electrical environments.

Optical Clarity and Vision

Clear vision is critical for precision tasks. These safety glasses feature a wrap-around lens style that not only protects the peripheral vision area but also ensures an unobstructed field of view. The clear lenses are ideal for indoor applications and low-light conditions where maximum light transmission is required. Whether used as primary eyewear for employees or as high-quality visitor specs, the KCP25654 model delivers consistent performance and reliability.