POLYCARBONATE POLARISED LENS TR90 FRAME (SWISS MATERIAL) - LIGHT WEIGHT, EXTREMELY FLEXIBLE YET SUPER STRONG WITH 100% MEMORY. THE TR90 MATERIAL WILL KEEP IT'S SHAPE IN EXTREME TEMPERATURE HOT OR...
Moulded from Grilamide TR90, a thermoplastic polyamide. Dirty Dog frames are lightweight, extremely flexible yet super strong with 100% memory allowing the frames to bounce back to their original shape....
Moulded from Grilamide TR90, a thermoplastic polyamide. Dirty Dog frames are lightweight, extremely flexible yet super strong with 100% memory allowing the frames to bounce back to their original shape....
Moulded from Grilamide TR90, a thermoplastic polyamide. Dirty Dog frames are lightweight, extremely flexible yet super strong with 100% memory allowing the frames to bounce back to their original shape....
Moulded from Grilamide TR90, a thermoplastic polyamide. Dirty Dog frames are lightweight, extremely flexible yet super strong with 100% memory allowing the frames to bounce back to their original shape....
Description Moulded from Grilamide TR90, a thermoplastic polyamide. Dirty Dog frames are lightweight, extremely flexible yet super strong with 100% memory allowing the frames to bounce back to their original...
Description Moulded from Grilamide TR90, a thermoplastic polyamide. Dirty Dog frames are lightweight, extremely flexible yet super strong with 100% memory allowing the frames to bounce back to their original...
Moulded from Grilamide TR90, a thermoplastic polyamide. Dirty Dog frames are lightweight, extremely flexible yet super strong with 100% memory allowing the frames to bounce back to their original shape....
Moulded from Grilamide TR90, a thermoplastic polyamide. Dirty Dog frames are lightweight, extremely flexible yet super strong with 100% memory allowing the frames to bounce back to their original shape....
LENS Dirty Dog’s are equipped with the latest lens technology in POLARIZED POLYFILTER and POLYCARBONATE lenses. POLYCARBONATE is the most impact resistant optical material available, guaranteeing the wearer protection from...
