Óculos de proteção Uvex 9164246

The Uvex 9164246 safety glasses are an updated development of the established Uvex Astrospec design, combining a panoramic polycarbonate lens with integrated side shields and a flat-fold frame in neon orange and black. The grey PC lens transmits 23% light, offers UV 400 protection and is a sunglare filter version certified to EN 166 for personal eye protection and EN 172 for industrial sunglare filters (labelling: W 166 FT CE – 5-2.5 W 1 FTKN CE). The glasses include anti-fog coating on the inside and extremely scratch- and chemical-resistant coating on the outside (uvex supravision excellence), plus an adjustable multi-level side arm inclination for an improved fit.

Advantages

These safety glasses provide reliable eye protection through impact-resistant polycarbonate construction and integrated side shields, together with UV 400 protection and certified sunglare filtration. Comfort features include the uvex ventilation system with a labyrinth seal to reduce fogging, soft non-slip arm ends (uvex duo component technology) to prevent pressure points, and a flat-fold design for compact storage. The lens coatings deliver long-lasting anti-fog performance inside and strong scratch and chemical resistance outside.

Suitable for

Key specifications

How to use

Place the Uvex 9164246 glasses on the face and adjust the side arm inclination to achieve a secure, comfortable fit that follows your facial contours. Ensure the integrated side shields cover the eye area to prevent lateral ingress of debris. Clean the lens using a soft cloth and a manufacturer-recommended lens cleaner; avoid abrasive materials. Fold the frame flat for compact storage in a breast pocket or protective case when not in use.

Recommendations

Use these glasses in environments that require sunglare filtering and certified eye protection. Inspect lenses and frame before each use and replace the glasses if the lens is scratched, cracked or the coatings are significantly degraded. Do not use damaged eyewear for protection against high-velocity particles.