Ringke Fusion-X Case Compatible with Samsung Galaxy S10, Transparent Hard Back Shockproof Advanced Bumper Cover - Carbonfiber Black

Ringke FUSION-X DDP Case for Samsung Galaxy S10

Ringke has taken the highly renowned Fusion-X and given it a stylish twist.
The back polycarbonate has a fresh new look that brings on an original vibe to Ringke's popular case.
The Digital Print Design allows the original color of your phone to peek through the etchings for a creative and dramatic effect.

Perfectly contours to encompass in clear protection to reveal the natural shape and form.
Upgraded bumper technology amplifies impact resistance through meticulously designed corner supports.
Each corner features added defense structures that offers extra layer of security.

Refined design with a pinch of rugged exterior for a perfect all-around fit and defense with minimal bulk.
The smooth TPU and hard PC ensures it's easy to pull out of the pocket without catching lint. It will go with any outfit or bag of the day with its unobtrusive simplistic and professional qualities.
Take it with you wherever you go, whether the outdoors, picnic, work, school, gym, or night out.

Durable thermoplastic urethane material bumper protects all well rounded sides and flawlessly configures to all edges.
Added addition of ridges in the TPU bumper assists with boosted grip control for much needed comfortable handling.
A slim raised front lip protects your screen from touching the flat surface and rear camera with a back tapered lip to house the lens.

Packed with enhanced Anti-Scratch and Dual Coating Technology, defends with 2x longer lasting durability against drops and scratches.
New Active Touch Technology buttons are specially designed for a more natural responsive feel when pushing the volume and power button.
Textured power button makes it easier to locate and operate.

Ringke FUSION-X offers MIL-STD 810G - 516.6 Certified Military Grade Drop Protection.
(*Phones survived professional drop test from a height of 4 feet (48-inches) drops 26 times on an impact surface.)