Evutec iPhone XS Max AER with Afix+ Mount - Karbon Black

Evutec Case Compatible with iPhone Xs Max, Aramid Fiber Karbon Strong Protective Slim (1.6mm) Durable Phone Case (Black)-AFIX+ Vent Mount Included

Manufacture Par Number: AP-X0P-MT-K01

Our Karbon case for Apple iPhone Xs Max is unique because of its special material-aramid fiber. Aramid fiber, similar to carbon fiber but does not intervene signals, adds a smooth texture and more protection to the phone case. This mobile phone cover is not only slim but also hard, protective and shockproof. This heavy-duty case has metal insert compatible with our magnetic vent mount, which will transfer your phone into a hands-free, transit-friendly tool.

【5X Steel Strength】 The advanced composite material (Aramid Fiber) we use to build the case is 5 times as strong as steel of the same weight. This material is commonly used in armor (bulletproof vest), spacecraft, jet engines and race cars.

【Slim & Protective】 While the case is only 1.6mm thin and lightweight, our Karbon case is also very protective. The case itself is military grade drop tested. It provides a good amount of protection without adding bulkiness.

【Wireless Charging Compatibility】 Due to the position of the metal inserts, the case will work with all wireless chargers. These inserts do not block the charging thus, will not take the charge energy away or heat up when wireless charging. Our case also will not interfere with WIFI, cellular, GPS, or Bluetooth signal.

【Magnetic Vent Mount】 There are metal inserts in the phone case, which will hold strongly to the magnetic vent mount that comes with the case. Our magnetic vent mount will turn your phone into a hands-free, transit-friendly tool.

REAL MATERIAL EXTERIOR - Real Advanced Composite Material (ACM)

SLIM PROFILE - 1.6 mm thin

WIRELESS CHARGING COMPATIBILITY - Allows wireless charging function fully as designed

TACTILE BUTTONS - Reduce resistants caused by TPU, provide better operations on all devices

EVUSOF+ - This new proprietary material allows for better shock absorption while maintaining color and structural integrity