RILEY Ligera Eco safety Glasses with LED Light Protective Lens

The Riley Ligera ECO lightweight safety glasses offer the perfect blend of style and functionality. These lightweight glasses have an athletic design that offers a modern, sporty look while ensuring a snug fit for wearers. Beyond their aesthetic appeal, these glasses promise top-tier protection , This product is free from plastic packaging.

They are remarkably lightweight, reducing wear and tear on the user during prolonged periods of use. Their robust impact resistance is ideal for continuous use in various applications, providing the ultimate protection time and time again. The Riley Ligera  are further enhanced with UV400, anti-scratch, and anti-fog coatings, ensuring clear vision and longevity. 

With their wraparound design providing panoramic coverage, they guard against debris, dust, and splashes from every angle. If you are looking for the perfect balance between style, comfort and unmatched safety, the Riley Ligera lightweight glasses are a perfect choice. 

Lens Features:

• Blue lenses enhance vision in the presence of excessive sodium vapour or yellow light. They reduce yellow light and enhance contrast. Commonly used indoors but can be used outdoors as well to improve contrast levels.
• Clear lenses provide true colour recognition and are ideal for general purpose indoor and outdoor work in normal to low light conditions.
• LED lenses improve contrast and reduce stress to the eye, the lens is ideal for indoor LED lit environments such vehicle manufacture and engineering sectors. Featuring a soothing light brown tint, the lens offers full clarity with a high visible light transmission percentage.

• Super lightweight 16.5g
• Sleek sports design – 10 base curve & integral nose piece
• Dual moulded temples with TPE temple ends for maximum fit and comfort
• Anti-Scratch & Anti-fog duel coated UV400 Lenses
• Lightweight safety glasses with anti-scratch and anti-fog coatings to ensure clear vision
• Blue lens option perfect for working in areas affected by glare