- Kingitused ja peokaunistused
- Telefonitarvikud
- Foto ja video
- Arvutid ja elektroonika
- Sport ja fitness
- Ilu ja tervis
- Auto- ja mototarvikud
- Jalgrattatarvikud
- Kodu ja sisustus
- Aed ja õuekaubad
- Beebi- ja lastekaubad
- Mängud ja hobid
- Reisi-, matka- ja vabaajatarbed
- Lemmikloomatarbed
- Allahinnatud ja defektidega tooted
Wozinsky Full Camera Glass for iPhone 17 Pro Max, 2 Pack, Black
Wozinsky-52%
| Kaubakood: | 134675 |
|---|---|
| Tootja: | Wozinsky |
| Saadavus: | Laos olemas |
| Jääk: | 5 tk |
| EAN: | 5907769380068 |
Tarnevõimalused – tarneriik:
Latvia
The Wozinsky Full Camera Glass is a tempered glass protector designed for the iPhone 17 Pro Max camera module. It covers the entire camera area to protect the lenses against scratches, impacts, and everyday wear.
Reliable 9H Protection and Precision Fit
Designed to match the dimensions of the phone's camera module, this protector offers edge-to-edge coverage. The double-tempered glass provides 9H hardness to absorb impacts, while an integrated protective layer prevents shattering into sharp pieces upon impact.
Ultra-Thin Profile and Image Clarity
- 0.2 mm Thickness: Ultra-slim design with a black frame integrates smoothly with the phone's design.
- Five-Layer Structure: Multi-layer design provides resilience against dirt and impacts while ensuring secure adhesion.
- Crystal Clarity: Maintains native photo sharpness and color saturation without distortion.
The package contains two pieces of camera glass and mounting accessories for simple application.
| Brand | Wozinsky |
|---|---|
| Model | Wozinsky Full Camera Glass (set of 2) |
| Compatibility | iPhone 17 Pro Max |
| Glass hardness | 9H |
| Material | Tempered glass |
| Color | Black |
How many protectors are included in the package?
The package includes 2 camera glass protectors along with mounting accessories.
What is the thickness of the camera glass?
The glass is 0.2 mm thick.
Does this camera protector affect photo quality?
No, the high transparency of the glass ensures that image sharpness and color saturation remain unaffected.
