Ultra-Thin iPhone XS Case - 100% Clear

Ultra-thin and lightweight case adds no extra bulk to your iPhone XS

The Olixar Ultra-Thin case is designed to be extremely slim and lightweight yet remains strong - so you can be assured that this case will add virtually no extra bulk to your iPhone XS so it will still fit in your pocket with ease.

Created from strong and durable material for long lasting protection

Each Olixar Ultra-Thin Gel Case is created from a strong and durable gel material, which allows it to be flexible like silicone and tougher than a crystal case - providing you with long lasting protection from scratches and dirt.

100% transparent case maintains the phone’s attractive design

Protect your phone without hiding away your iPhone XS. The Olixar Ultra-Thin reveals the phone's beauty from within while still ensuring its protection. With a 100% transparent design, this see through case allows you to view all of your phone's original styling. 

Raised bezel protects the phone’s screen and camera from scratches and dirt

The raised bezel ensures the most important feature of your phone, the display, is protected when your iPhone XS is placed face down on a flat surface. The raised bezel stops the phone's screen from being in contact with a flat surface, therefore keeping your phone's most valuable asset away from harm.

Non-slip coating for extra grip

The unique gel material used features a non-slip coating that provides you with extra grip for your phone, which minimises the chance of dropping your device - resulting in a case which is professional enough for work and sporty enough for play.

Wireless charging compatible

Enjoy the benefits of wirelessly charging your iPhone even with the case on using any Qi-compatible wireless charging pad. Protect your phone from any possible harm and still charge your phone using the modern spectacle of wireless charging.

Interior pattern to prevent bubbles and moisture collection

Within the case is a carefully positioned dotted pattern, preventing bubbles which can typically occur from the collection of trapped moisture.