Techteam

3mk Matt Case blueberry - Reliable and stylish case - dark blue mat

Designer - turns your smartphone into a super-fashionable accessory

Resistant - tested for drops (Absorber125 class)

Practical - resistant even to alcohol-based agents

Stylish and innovative

3mk Matt Case blueberry is a protective case with a unique, dark blue color and a fashionable and practical, matte finish. The blueberry, matte smartphone case proves how a harmonious duo is created by quality and design. It not only effectively protects the phone during a fall, but also turns it into a stylish accessory. 3mk Matt Case blueberry is made of thermoplastic polyurethane (TPU). It is very flexible and pleasant to the touch, perfectly cushions impacts and retains its beautiful, berry color for a long time. You can buy the case in versions dedicated to many smartphone models from Apple, Samsung, Huawei, Oppo, Xiaomi and others.

Reliable and safe

By choosing 3mk Matt Case blueberry, along with a stylish design, you get the highest standards of quality and safety. Drop resistance has been proven in independent tests. 3mk Matt Case blueberry has the Absorber125 class, which guarantees no damage to the smartphone after 26 falls from a height of 125 cm. This is more than the Military Grade standard requires. During a fall, the Matt Case absorbs the force of the impact, and the raised edges effectively protect the lens. The case is certified by the National Institute of Hygiene and RoHS, which means that it is friendly to both humans and the environment.

Rugged and hassle-free

Forget about frequent - unecological buying of new smartphone cases! The 3mk Matt Case blueberry has been designed to protect your phone for a really long time, offering a consistently deep blueberry color and hygienic cleanliness. The dark blue, matte protective case is durable, easy-care and dirt-repellent. They can be safely washed under water, washed in an automatic washing machine and cleaned with detergents containing alcohol. Its additional advantage is compatibility with inductive chargers.