Product Test Data Information Material: High Aluminum Tempered Glass+UV Liquid state glue Hardness: 9H Transparency: 92% Thickness: 0.25mm Port: FOB Shenzhen Edge: 3D Quality: Grade AAA Package Type: ODM/Universal Function: To protect your moible LCD SCREEN Feature: Anti-fingerprint,Anti-oil,Water-proof,Anti-broken Delivery Time: Within 7-15 working days Shipping: DHL,UPS, EMS, FedEx, TNT or others Samsung Galaxy S20 6.2inch 3D UV Full Glue Tempered Glass. Featuring maximum protection from scratches, scrapes, and bumps. Highly restore the best visual feast brought by the Samsung screen. 0.25mm ultra-thin tempered glass maintains excellent responsiveness sensitivity touch make you feel nothing on screen. This Samsung S20 3D UV Full Glue Tempered Glass is completely transparent with no black edges. It is made of highly transparent glass material and has a low-profile design, providing unparalleled protection for your mobile phone screen. This screen protector provides excellent anti-smudge protection, and its excellent oil-resistant design effectively prevents fingerprints and smudges. Whether you're using your phone or wiping the screen, you can easily remove stains and keep your screen clean and bright. Enjoy a worry-free mobile experience and keep your Samsung S20 looking like new. The surface layer of this screen protector is made of 9H reinforced tempered glass, which greatly enhances its scratch resistance. Whether it is daily use or accidental collision, it can effectively protect your mobile phone screen from scratches and damage. Its rugged and durable design provides reliable protection for your Samsung S20 so you don't have to worry about scratches and damage, keeping the screen clear and beautiful for a long time. Real picture Quality Standard 1 Ball drop test： 64g steel ball 80~120 cm 3 times. 2 Water contact angle test 115±2 degree before abrasion test, 105±2 degree after abrasion test. 3 Abrasion test Scratchless surface after 3000 times' scratching testing. 4 Pre-delivery inspection Sampling inspection according to agreed AQL standard.