Description
The Blue Star tempered glass protective film featuring with 9H hardness and 0.3mm thickness, offers better protection for your screen from dust, scratches, fingerprint, slight shocks and other damage that can occur. The hydrophobic and oleophobic screen coating offers the best protection against sweat and oil residue from fingerprints too.
Oleophobic Coating:
Tempered Glass Screen Protector features an oleophobic coating that resists oils, significantly reduces dust, preventing unwanted fingerprints that can interfere with the use of the device. Applied with a soft adhesive, this tempered glass screen protector leaves no residue on your screen and you can expect it to last as long as you want to keep it on.
9H Hardness:
Ultra resistant, the surface has a hardness of 9H, effectively can resist any scratches and reduce the impact of the drops, offering exceptional durability. Ultra thin only 0.3mm, fast response, fingers slide into the protector as freely as your original glass screen, ultra thin and invisible film for maximum clarity.
No Bubbles and Easy Installation:
Advanced adjustment technology makes assembly and disassembly convenient. Strong adhesion, adheres easily, no bubbles and no water marks. Precise cutting and design, an installation tool kit allows easy adjustment during installation, and fits the screen perfectly.
Specification:
Brand | Blue Star Premium |
Smartphone | Apple iPhone 13 – 13 Mini – 13 Pro – 13 Pro Max |
Material | Tempered Glass |
Thickness | 0.3mm |
Protection Level | High level of protection |
Features | – 9h Hardness – Sensitive Touch – Oleophobic Coating – Slim Design – Anti Fingerprint |
Contents | – Screen Protector Film – Dust Cloth to remove all dust particles – Cleaning cloth to remove all the air bubbles – Stickers to enable precise positioning of the screen |
Condition | New |
- Depending on stock levels at the time of purchase, you may receive a different brand of screen protector.
- All remaining specifications including material, hardness, protection level and features remain unchanged.