Gear4 Crystal Palace - protective case for iPhone 14 Pro Max clear

Gear4 Crystal Palace Gear4 adheres to the principle that your device is much more than just a phone. It's contact with your friends, a collection of the happiest moments, a friend on the go, and even a personal assistant. Therefore, in the manufacture of protective accessories, it uses material approved by motorcyclists, professional athletes and even the military. SHOCK ABSORPTION Crystal Palace provides shock absorption during iPhone drops. The core of the housing means that the impact force is distributed over the surface of the case, so that the device itself is not damaged. Thanks to the innovative D3O technology, the phone in the Crystal Palace housing is completely resistant to the effects of falling from a height of up to 4m! D3O – INTELLIGENT PROTECTION Nothing can protect your phone better than D3O. This material allows you to design thin structures while maintaining the highest possible level of protection against impacts and falls. This is the same material that is used in the production of accessories and protective clothing for the military, athletes and industrial workers around the world. The D3O polymer is made up of molecules that move freely – but as a result of a violent impact, the individual molecules approach each other and combine. This design means that during everyday use, the housing retains flexibility, while when hit, it hardens, creating a layer protecting the phone. Compatible with wireless charging ANTIMICROBIAL PROTECTION Think about all the surfaces you touch during the day. Now think about how many times you touch your phone. We transfer germs from the handles of baskets, door handles and bathrooms to our phone every time we touch it. During a conversation, we put the phone to the cheek or pass it to someone else who returns it to us with new germs. The Gear4 chassis is equipped with antibacterial technology that inhibits the growth of odour-causing bacteria, destroying 99.9% of surface bacteria, thus providing protection against degradation by microorganisms.