PRODUCT NAME
Isafish Polaroid Fishing Sunglasses Outdoor Sports for Men Women with TR Frame Cycling Golf Running
PRODUCT CODE: PROD3020279987
PRODUCT INFORMATION
The sunglasses can defend your eyes from wind and dust perfectly
Lightweight : reduce the bridge of the nose, ear burden, so that more comfortable wear.
Lens are made of high quality shatterproof PC material that is durable enough for long time using
The sunglasses are great suitable for outdoor sports like skiing , riding ,driving ,racing ,fishing, cycling, motorcycle , running, climbing ,hiking, traveling, etc.
100% UV400 Protection coating
Technical Details
Product Details
Package Dimensions
Width : 2 inch
Height : 2 inch
Length : 2 inch
Shipping Weight: 4 ounce (View shipping rates and policies)
ASIN : B06Y12CS4N
Product Description
Decription: Product type: sport sunglasses Anti UV rating: UV400 Lens material: PC Lens color: grey Frame material: TR plastic Frame color: black Style:full frame Type: polarized glasses Visible light perspective rate: 99.9%
Feature: 1, light weight: reduce the bridge of the nose, ear burden, so that more comfortable wear. 2, color: the color is more bright than ordinary plastic frame. 3, impact resistance: good elasticity, in order to effectively prevent the damage caused by the impact of the eye movement. 4, high temperature: not easy to melt and burn. The frame is not easy to deformation, so that the glasses are worn for longer. 5, safety: no chemical residue release, in line with European food grade material requirements. 6, The sunglasses are great suitable for outdoor sports like skiing , riding, driving, racing, fishing, cycling, motorcycle , running, climbing, hiking, traveling, etc.
Package included: 1* pair of sunglasses 1* glasses case 1* soft fabric pouch 1* cleaning cloth
Note: Color Disclaimer : Due to monitor settings, monitor pixel definitions, we cannot guarantee that the color you see on your screen as an exact color of the product. We strive to make our colors as accurate as possible. however, colors are approximations of actual colors.