Blupebble Graphene Rock Series Camera Glass Lens Protector For iPhone 17 Pro & iPhone 17 Pro Max, 9H HD, Orange

Protect your iPhone 17 Series camera lenses with the BLUPEBBLE Graphene Rock Series Camera Glass Lens Protector. Engineered with graphene-infused 9H tempered glass, it delivers exceptional protection against scratches, impacts, and daily wear while maintaining crystal-clear image quality. Featuring anti-shatter technology, an oleophobic coating, and a precision-fit design, it ensures your camera remains protected without compromising photography performance.

Key Features:

• Designed specifically for iPhone 17 Pro and iPhone 17 Pro Max camera lenses.

• Graphene-reinforced tempered glass provides enhanced durability and protection.

• 9H hardness offers superior resistance against scratches and daily wear.

• Anti-shatter technology helps reduce the risk of cracks and damage.

• Ultra HD clear transparency preserves original image quality and color accuracy.

• Oleophobic coating minimizes fingerprints, smudges, and oil marks.

• Anti-static technology reduces dust attraction during installation.

• Ultra-thin design maintains the original look of the camera module.

• Precision-cut fit ensures seamless coverage and perfect alignment.

• Bubble-free, no-residue adhesive allows quick and easy installation.

Technical Specifications:

• Brand: BLUPEBBLE

• Product Name: Graphene Camera Glass Lens Protector

• Series: ROCK Series

• Product Type: Camera Lens Protector

• Compatibility: iPhone 17 Pro & iPhone 17 Pro Max

• Material: 9H Graphene Tempered Glass

• Hardness Rating: 9H

• Transparency: Ultra HD Clear

• Coating: Oleophobic (O.P) + Anti-Static Technology

• Protection Type: Anti-Shatter, Scratch Resistant

• Installation Type: Dust-Free, Bubble-Free Application

• Adhesive Type: No-Residue Adhesive Technology

• Fingerprint Resistant: Yes

• Anti-Static: Yes

• Case Friendly: Yes

• Fit Type: Precision-Cut Camera Lens Coverage

• Color: Orange

• Camera Performance Impact: No Effect on Image Quality, Focus, or Flash Performance.