Mechanix Wear: Vision Type-X Safety Glasses with Advanced Anti Fog, Scratch Resistant, Fire Mirror Lens

Vision Type-X safety eyewear deliver comfortable protection with its impact-resistant polycarbonate full frame design geared towards protecting workers in the most rugged work environments. The premium materials Vision Type-X are built to ensure long lasting durability and enhanced protection while the addition of advanced anti-fog technology on its dual lenses ensures moisture free and clear visibility all day long. Adding wire-core adjustable nose padding and multi-directional side arms allow for a perfect fit on all face shapes and one size fits all, for men and women. These Mechanix Wear eye glasses are great for welding, automotive, or working with saws, drills, angle grinders, or any other tools on the job. When it’s time to play, easily transition to range sports, airsoft, or riding all-terrain vehicles in the elements. These safety glasses are the perfect accessories to pair with our revolutionary Mechanix Wear Gloves and a must-have for your toolbox.

• SECURE FIT: Our soft thermoplastic rubber (TPR) arms and nose pad produce a secure fit while ventilated temples provide increased airflow to keep you cool throughout the workday
• WRAPAROUND DESIGN: The wraparound structure provides unobstructed depth of view on the job, combined with a polycarbonate full frame outer geared towards protection for rugged work environments
• IMPACT & SCRATCH RESISTANT: Scratch resistant polycarbonate coating provides protection without reducing clarity, so you can work through construction, home improvement, mechanic, and any task in between
• ANTI FOG: Advanced anti-fog lens coating dissipates fogging six times faster than basic anti-fog glasses to ensure you get a maximum field vision, making this protective eyewear the perfect tool for any job
• FIRE MIRROR LENS: Our fire mirror lens blocks prolonged UV sun exposure and provides 9% visible light transmission (VLT) to fit your workplace environment, while meeting the ANSI Z87.1 standards