The Magic Of Photochromic Sunglasses!

 Looking for photochromic sunglasses with a polarized lens?

This magical photochromic lens is based on the intensity of sunlight and ultraviolet light, darkening the light grey lens.

What’s more, these glasses protect the eyeswithout interfering with your perception of color. Plus its fashion rectangular design, always match your daily dressing demand.

These sunglasses are superior to the previous type of sunglasses in three ways - when moving indoors or outdoors, the lenses adjust to the reduced light conditions automatically.

 Photochromic looking sunglasses can do a good job of stopping the dazzling effects of sunlight when you are driving, running, fishing, biking, or other outdoor activities. Keep your safety always by your side!

When driving at night or into a dark environment, the lenses are light-colored transparent to enhancing visibility while effectively reducing the glare.

During the daytime, it can effectively filter the strong light, enhance the visual sharpness, reduce eyes fatigue, and keep the eyes always in the most comfortable state of outdoor activities.

✅ Lightweight Al-Mg Alloy Metal frame.

✅ Adjustable temple, nose pad and flexible arm bring you a better and comfortable wearing.

✅ UV 400 Protection: The sunglasses block all three ranges of ultraviolet radiation: UVA, UVB, and UVC and protect the human eye 100% from harmful effects of the sun rays.

✅ Photochromic Polarized lenses: The lenses reduce irritating reflections and glare caused by light reflected from surfaces such as water, road, sand, or snow. They absorb 100% of UV light and eliminate 99% glare light.

Discoloration Test Methods▼

• First:

1. Please put the sunglasses under the sunshine keeping 10-15 seconds, then it will change color darker. (Remember it is sunshine but not cloudy or rainy)

• Second:

1. You can use UV light to test, the lens will change darker.

Please know one thing, Do not test discoloration in cloudy weather or indoor. The discoloration of the lens is caused by ultraviolet radiation.