Inskin Matte Anti-Glare Tempered Glass Screen Protector w/Application Frame, fits Apple iPhone 12 Pro Max 6.7 inch 2-Pack. - Inskin Inc.
Inskin Matte Anti-Glare Tempered Glass Screen Protector w/Application Frame, fits Apple iPhone 12 Pro Max 6.7 inch 2-Pack. - Inskin Inc.
Inskin Matte Anti-Glare Tempered Glass Screen Protector w/Application Frame, fits Apple iPhone 12 Pro Max 6.7 inch 2-Pack. - Inskin Inc.
Inskin Matte Anti-Glare Tempered Glass Screen Protector w/Application Frame, fits Apple iPhone 12 Pro Max 6.7 inch 2-Pack. - Inskin Inc.
Inskin Matte Anti-Glare Tempered Glass Screen Protector w/Application Frame, fits Apple iPhone 12 Pro Max 6.7 inch 2-Pack. - Inskin Inc.

Inskin Matte Anti-Glare Tempered Glass Screen Protector w/Application Frame, fits Apple iPhone 12 Pro Max 6.7 inch 2-Pack.

Regular price
$14.97 CAD
Sale price
$14.97 CAD
Quantity must be 1 or more
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Brand: Inskin

Features:

  • Easy 3-step application process - product precision cut for 2020 Apple iPhone 12 Pro Max [6.7"] and includes application frame for proper alignment. Product is NOT compatible with any other model.
  • Open edge design - optimal coverage with clearance around the edges to ensure proper adhesion without lifting at the edges: protectors shaped to provide coverage of the flat area on your device, including lit section of the LCD, but leaves curved edges exposed.
  • Protection you can count on - surface hardness of 9H protects your device from impacts, scratches and scuffs. Not even a sharp knife can damage the tempered glass. The rounded and beveled edges provide a very comfortable surface to grip and prevent chipping.
  • Pixel perfect clarity - durable layer of optical grade glass goes on clear without affecting clarity of the screen and keeps your device looking newer, longer.
  • Fingerprint resistant - Inskin tempered glass has a hydrophobic and oleophobic coatings that significantly reduce appearance of fingerprints and smudges. Special anti-glare coating further improves resistance to smudges and fingerprints and significantly glare and light reflections in bright conditions.