Kingxbar Ombre Series Do you want your iPhone to look great and be safe when dropped? The Kingxbar Ombre series case is the most fashionable color combination and provides effective protection against damage, such as case breakage or scratches. The gadget will protect your phone in the event of a fall from up to 3 meters! Thanks to this, you can be sure that you can use your equipment exactly the way you like, without worrying about expensive repairs. All this combined with a stylish, eye-catching look. Specification: Brand: Kingxbar Series: Ombre Type: Phone case Compatible devices: iPhone Material: TPEThe set includes: 1 x Phone CaseKey features: Solid and durable TPE material Resistance to damage when falling from a height of up to 3 meters Anti-scratch coating protects against scratches Thickened edges absorb shocks Chic look The most fashionable color Easy installation Does not limit phone functionsThe most fashionable colors of the season Do you want your iPhone to look stylish and be an attractive addition to any style? The most fashionable ombre colors will allow you to achieve this effect. The delicately interpenetrating colors and shimmering surface attract attention and look really great. The composition is complemented by a gold-plated frame around the camera lenses. If you are looking for a fashionable accessory, this case is made just for you. Fall protection The case will protect your phone against breakage even if it falls from a height of 3 meters. Solid, flexible TPE material absorbs shocks and absorbs the force of impact. This is possible thanks to thickened edges that protect the places most exposed to damage. Camera lenses and other critical parts of the device are also protected. If you are looking for effective protection, this gadget will not disappoint you. Beautiful appearance for a long time Some cases lose their colors over time, turn yellow, and their surface becomes scratched. But not in this case. The Kingxbar case is made of scratch-resistant material, and the colors retain their intensity even during long-term exposure to UV radiation.