Protective Glass 5D Anti-Static for iPhone 17 Pro Max

Protective Glass 5D Anti-Static for iPhone 17 Pro Max – reliable screen protection against scratches and dust

Protective glass 5D Anti-Static for iPhone 17 Pro Max is designed for those who want to protect their phone's screen from everyday damage, scratches, and dust. The tempered glass with a thickness of 1.8mm and 9H hardness provides a solid barrier that absorbs shocks and prevents the appearance of scratches on the screen. Full Glue adhesive technology means that the adhesive is evenly distributed across the entire surface, ensuring stable adhesion without bubbles and maintaining full touch sensitivity.

This protective coating for iPhone 17 Pro Max combines an ESD anti-static layer with an oleophobic and hydrophobic coating, so the screen does not attract dust, and fingerprints are easily wiped away. The transparency of 99.9% preserves the original colors and clarity of the display, while the 5D curved edges provide edge-to-edge coverage without interfering with phone use. The Case Friendly design allows the glass to function with most cases available on the market.

Whether you use your phone while traveling along the coast, on mountain trips, or in everyday urban environments, the protective glass for iPhone 17 Pro Max keeps the screen clean and intact. The anti-static ESD layer further reduces dust accumulation, which is especially useful when carrying the device in a pocket or bag during extended use.

Key Features

• 9H hardness: tempered glass resistant to scratches and shocks in everyday use.
• Anti-static ESD protection: electrostatic layer prevents dust and small particles from being attracted to the screen.
• Oleophobic and hydrophobic coating: reduces fingerprints and facilitates surface cleaning.
• Full Glue adhesive: adhesive across the entire surface ensures stable adhesion without bubbles.
• 99.9% transparency: maintains original colors, clarity, and full touch sensitivity.
• Case Friendly design: compatible with most cases without raising the glass edges.