Safety Glasses - MAXVIEW+ Series - Shade 5.0 IR Lens - Black - Jackson Safety

The Jackson Safety 60001 MAXVIEW+ Series Safety Glasses are engineered to provide advanced eye protection for professional automotive and industrial environments. These premium safety glasses combine a modern, comfortable design with robust protection features, ensuring exceptional fit, durability, and clear vision for demanding tasks. Featuring a specialized Shade 5.0 IR lens, they are ideal for applications requiring protection against intense infrared radiation and impact.

Key Features

• Advanced Impact and Ballistic Protection: Constructed with premium virgin polycarbonate, these high-impact, optically correct wrap-style lenses meet ANSI Z87.1-2020 high impact standards, CAN/CSA Z94.3, and are US MIL-PRF-31013 ballistic rated, offering superior defense against flying debris and fragmentation.
• Specialized IR Protection: The Shade 5.0 IR lenses provide critical protection against infrared radiation, making them suitable for light welding, torch cutting, and other operations involving heat sources.
• Superior Anti-Fog Performance: Equipped with STA-CLEAR Anti-Fog coating, the lenses maintain clear visibility even in environments with sudden temperature changes or high humidity, preventing fogging that can obstruct view and compromise safety.
• All-Day Comfort and Secure Fit: Designed with a lightweight black frame, a large, soft-grip nose pad, and soft, rubberized temples, these glasses ensure maximum comfort and a slip-resistant fit during extended wear.
• Comprehensive UV Protection: The lenses offer 99.9% protection against harmful UVA, UVB, and UVC radiation, safeguarding eyes during outdoor or high-UV exposure work.

Applications

These Jackson Safety MAXVIEW+ Series glasses are essential protective eyewear for professionals in various industrial and automotive settings. They are particularly effective for tasks such as welding assistance, furnace work, plasma cutting, grinding, and torch applications where infrared radiation is a primary concern. The high-impact and ballistic ratings also make them suitable for general industrial work involving flying debris, dust, and impact hazards common in mechanics and manufacturing.