Hærdet glas OEM GOLD FLEX til iPhone 12 Pro Max

GOLD FLEX tempered glass is a revolutionary solution for those who want to effectively protect their smartphone screen without compromising on everyday use and without spoiling the device's appearance. It combines high scratch resistance with greater flexibility, providing better protection against mechanical damage and everyday wear and tear.

The glass, only 0.3 mm thick, is virtually invisible once installed and does not affect the comfort of use or touch sensitivity. This allows the screen to retain its aesthetic appearance, while the smartphone maintains its slim and modern appearance.

9H hardness provides exceptional scratch resistance, even when in contact with sharp objects such as keys or coins. This is practical protection for those who want to keep their phone screen in excellent condition for a long time.

The use of a material with an aluminum additive is the biggest advantage of GOLD FLEX glass. The addition of aluminum increases the product's durability while also providing it with high flexibility. This makes the glass more resistant to cracks and does not behave like traditional tempered glass, which can crumble more easily under stronger pressure or impact.

The flexible, reinforced structure absorbs impact energy more effectively, helping to better protect the phone screen from damage. This is a modern approach to display protection, which is an interesting alternative to standard solutions and for many users may prove to be a more practical choice than hybrid glass.

GOLD FLEX is the perfect solution for people who expect durable protection, high aesthetics, and increased screen security without adding bulk to their smartphone or compromising user comfort.

Specification

• GOLD FLEX tempered glass
• Thickness: 0.3 mm
• Hardness: 9H
• Construction: reinforced, with the addition of aluminum
• Features: high scratch resistance, increased flexibility, greater resistance to cracks, effective impact energy absorption, protection screen against mechanical damage