Description
3mk Matt Case blueberry - Reliable and stylish case - dark blue matte
Designer - turns your smartphone into a super-modern accessory
Durable - Drop Tested (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 modern and practical, matte finish. The blueberry matte smartphone case proves how quality and design create a harmonious duo. It not only effectively protects the phone when dropped, but also turns it into a stylish accessory. The 3mk Blueberry matte smartphone case is made of thermoplastic polyurethane (TPU). It is very flexible and pleasant to the touch, perfectly softens impacts and retains its beautiful, strawberry color for a long time. You can buy the case in versions designed for many smartphone models from Apple, Samsung, Huawei, Oppo, Xiaomi and more.
Reliable and safe
By choosing the 3mk Matt Case mulberry, along with the stylish design, you get the highest standards of quality and safety. Drop resistance has been proven in independent tests. The 3mk Matt Case blueberry has the Absorber125 class, which guarantees that the smartphone will not be damaged after 26 drops 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 National Institute of Hygiene and RoHS certified, which means it's friendly to both people and the environment.
Durable and hassle-free
Forget about the frequent - non-environmentally friendly purchase of new smartphone cases! The 3mk Matt Blueberry case is designed to protect your phone for a really long time, offering a consistently rich blueberry color and hygienic cleanliness. The dark blue, matte protective case is durable, easy to maintain and repels dirt. They can be safely washed under water, machine washed and cleaned with detergents containing alcohol. Its additional advantage is compatibility with inductive chargers.