Dirty Dog Avenger Sunglass Crystal Olive Green/Green Polarised
Dirty Dog Avenger Sunglass Crystal Olive Green/Green Polarised - Dirty Dog sunglasses
Dirty Dog sunglasses are built with advanced POLARIZED POLYFILTER and POLYCARBONATE lens technology for clear, protected vision.
POLYCARBONATE is the most impact resistant optical material available. It helps protect the wearer from physical objects.
It also delivers visual comfort in a wide range of conditions. The lenses are scientifically formulated for defence against the suns harmful rays.
POLARIZED POLYFILTER and POLYCARBONATE lenses absorb radiation that can be damaging to the human eye.
They provide clear and restful vision in extreme environmental conditions. Dirty dog eyewear also helps reduce reflected horizontal glare.
That makes them a strong choice for fishing, boating, skiing, and driving. They also suit any high glare situation.
Dirty Dog sunglass lenses use layer upon layer of advanced technology. This helps maximise UV protection and improve vision clarity.
The lenses contain 4 UV filters for optimum UV blockage. Two specially developed hard coatings improve scratch resistance.
These coatings also help prevent the deterioration of lens clarity over time. Sunlasses shoppers looking for reliable lens performance will appreciate this build.
Moulded from Grilamide TR90, the frame is a thermoplastic polyamide. Dirty dog eyewear is lightweight, flexible, and super strong.
The TR90 frame has 100% memory, allowing it to bounce back to its original shape. This supports lasting everyday wear.
Dirty Dog eyewear has been put through harsh testing conditions. TR90 keeps its properties in low and high temperatures.
It also performs in extremely humid or dry conditions. This makes the frame a dependable choice across many environments.
TR90 has demonstrated no risk of allergy and is FDA and CE approved. Care is simple: help preserve lens clarity by handling them carefully.
The durable construction supports regular outdoor use. The polarised design helps maintain comfort in bright, reflective conditions.
