Product Overview
The Allen Ultrx Keen Safety Glasses in yellow are designed to provide superior eye protection in demanding environments. Featuring high-impact polycarbonate lenses, these glasses are equipped with an anti-scratch coating that ensures durability and long-lasting clarity. The yellow-tinted lenses enhance visibility and contrast in low-light conditions, making them ideal for shooting ranges, workshops, and other applications where lighting may be limited. An anti-fog coating maintains clear vision even in humid or challenging environments, reducing the need for frequent adjustments.
Comfort is a key feature of the Ultrx Keen Safety Glasses. Padded nose and temple areas offer extended wear comfort, allowing users to wear them for prolonged periods without discomfort. These glasses also meet ANSI Z87+ safety standards, ensuring they provide reliable protection against impacts and hazards commonly encountered in industrial or recreational settings. The combination of advanced safety features and ergonomic design makes them suitable for professionals and hobbyists alike, ensuring safety without compromising comfort or functionality.
Constructed with high-quality materials, these safety glasses are built to withstand rigorous use while maintaining excellent optical clarity. Whether in low-light shooting environments, workshops, or outdoor activities, the Allen Ultrx Keen Safety Glasses deliver dependable eye protection with enhanced visibility and comfort. Their lightweight design allows for easy wear during extended use, making them a practical choice for a wide range of safety applications.
Features:
- High-impact polycarbonate lenses for durable protection
- Anti-scratch coating to maintain lens clarity
- Yellow-tinted lenses enhance visibility and contrast in low-light conditions
- Anti-fog coating for clear vision in humid environments
- Padded nose and temple areas for extended comfort
- Complies with ANSI Z87+ safety standards for reliable impact protection
- Ideal for shooting ranges, workshops, and low-light environments