iShock Ultra Thin Clear Shiny Frame Case for iPhone 14 Plus
-
Estimated Delivery:Oct 26 - Oct 30
-
Fast Shipping & Returns T&C apply
Product Description
iShock Ultra Thin Transparent Metallic Shiny Bumper Case Cover, The latest square edge design, tribute classic, use this phone case can also make your phone look like the new generation.
Full cover camera protection design for iPhone, stronger protection for the lens. Made of high-quality PC, ultra-thin, and slim
Premium PC material provides a good grip for a slippery phone and is easy to get on and off with no worries about scratching your phone. Slim design.
Ultra transparent and scratch-protective back. Raised bezels to offer protection for screen and camera. This cover case for iPhones endures scratches and scuff marks more than a regular case.
Longer life and clean look for your iPhone, non yellowing phone case.
A precise charging cutout fits the volume buttons, side buttons, and curves of your device without adding bulk.
Transparent and flawless material makes you enjoy the look of the iPhone while providing extra protection.
- Square Plating Bumper
- Crystal Clear Phone Cases
- Transparent Hard Back Cover
- Keep the Orignal Beautiful
- Clear Phone Back Cover
- Non Yellowing Phone Back Case
Product Details
Longer life and clean look for your iPhone, non yellowing phone case.
| Condition | New |
| Available | In Stock |
| Brand | |
| Seller | Ktusu |
| Product Id | 8042408345700 |
| Compatiable Brand | Apple |
| Compatiable Device | iPhone and Mobile Phone |
| Compatiable Model | |
| Category | Mobile Phone Cases |
| Colors / Patterns | Black, Gold, Silver, Rose gold, Sierra Blue, Deep Purple, and Blue |
| Case Type | Back cover |
| Bag & Case Material | Polycarbonate and Plastic |
| Mobile Phone Case Features | Thin, Slim, Non Yellowing, Camera Protective Case, Lightweight, and Snug fit |
Special announcement
The Real color of the item may be slightly different from the pictures shown on the website caused of many factors such as the brightness of your monitor and light brightness.
