Future Tech Z87+ Gold Rush Lens - Heatwave Visual

The Heatwave Visual Future Tech Z87+ Gold Rush Lens (Model: E-FTR-BLACKZ87-02) provides professional-grade eye protection engineered for demanding automotive and industrial environments. Designed for mechanics and technicians, this eyewear combines advanced impact resistance with enhanced optical clarity, ensuring both safety and performance throughout the workday.

Key Features

• ANSI Z87+ Certified Protection: The Future Tech Z87+ meets or exceeds rigorous ANSI Z87+ high-impact safety standards, providing robust protection against projectiles and debris. This certification ensures the lenses and frame withstand high-mass and high-velocity impacts.
• Shatter-Resistant Polycarbonate Lenses: Equipped with 1.9mm thick, injection-molded polycarbonate lenses, these glasses offer exceptional durability and optical clarity. The Gold Rush lens specifically provides optimal glare reduction and superior visual acuity.
• Integrated Side Shield Protection: Built-in side shields offer comprehensive lateral protection, safeguarding eyes from hazards approaching from various angles.
• Enhanced Comfort and Secure Fit: Hytrel® touch points on the nose and arms deliver a comfortable, non-slip fit that remains secure during extended wear. The low-profile dual-injected arms are designed for compatibility with headwear, including hats, helmets, and hearing protection.
• Tool-Free Lens Swapping: The innovative Push-Lock lens attachment system allows for quick and easy replacement of lenses without the need for additional tools.
• 100% UV Protection: Lenses block 100% of UVA and UVB radiation (UV400), offering full protection from harmful ultraviolet light.

Applications

The Heatwave Visual Future Tech Z87+ Gold Rush Lens is suitable for a wide range of professional applications where reliable eye protection and clear vision are critical. These include automotive repair, metal fabrication, grinding, machining, construction sites, and general industrial maintenance. The Gold Rush lens technology is particularly beneficial in environments with variable lighting, helping to reduce eye strain over long periods.