Under the background of low carbon, new energy has become the main direction of global development. With the increase of new energy vehicle production& sales, the demand for charger has been continuously increasing . Today, Gelivable will sort out and share you the characteristics of charger cover glass.

1. Strong durability and safety performance :
Charger device usually needs to withstand harsh outdoor environments, so its glass plate needs to have high durability and good impact resistance , which can resist wear and impact in daily use , so the thickness of glass is usually selected >3.0mm , The impact resistance of 3.0mm glass reaches IK 08 level ( that is, the glass will not break if a 500g steel ball falls from a height of 1 meter).

2. Anti-glare, high transparency :
Charger device usually needs to be used under strong light, and its cover glass needs to have anti-reflection ability to reduce the interference of light reflection on users. At this time, anti-glare glass can solves the problem of anti-reflection and does not change the glass transmittance, keep it >89%, which can ensure users can see the operation interface clearly.

3. Anti-UV:
Since the charger is usually used outdoors, it needs to have the ability to resist ultraviolet rays and be able to be exposed to sunlight for a long time without fading or deforming. There is no problem with the glass material itself, but the printing ink must stand the test, so anti-UV ink is needed. Our anti-UV ink can pass the anti-ultraviolet aging test for 1300 hours. (Gelivable has been using anti-UV inks since 2018 , and has never received any customer complaints .)

4. Anti-fingerprint pollution , easy to clean :
Since charger needs to be in frequent contact with human hands, the glass needs to have the ability to resist fingerprint pollution, which can reduce fingerprints , stains and easy cleaning . AF anti-fingerprint coating can solves this problem well. It can reduce fingerprints and clean it conveniently and quickly.

The above is the experience shared, hoping to help you design a suitable and reasonable charger device.