Casely iPhone 14 Case | Papaya Palms | Dippin' Daisy's Tropical Vacation | Compatible with MagSafe | Classic Ultra Slim Design

Casely iPhone 14 Case | Papaya Palms | Dippin' Daisy's Tropical Vacation | Compatible with MagSafe | Classic Ultra Slim Design

Compatibility: Meet the Classic Collection. Not just a pretty cover for your phone, the Classic Collection Case from Casely is engineered with hard polycarbonate material, providing 360 degree coverage for your phone yet staying super slim and lightweight. Unique Features: Lightweight for Those on the Go. Don't carry a dumbbell around in your pocket. Ultra sleek, ultra slim. 1mm raised front lip protection. Weight: 0.8 Ounces Charge Wirelessly: Go wireless. All Classic cases are wireless charging compatible. Designed in USA: Casely is one of very few case companies that designs our cases in the USA; All of our Phone Cases are designed in our Brooklyn, New York Headquarters Our Philosophy: We build protection for your Boldest behavior. #LiveBold. Casely's products are made with love and hand inspected from corner to corner to ensure high-quality phone cases you can count on. All cases come with a 1-year product warranty. Protective pink and rose gold geometric marble phone case with a beautiful & rustic finish. This iPhone case really makes a statement! It's pink to black geometric pattern features a gradient of differing shades, and the transition of colors draws the eyes. The lighter pinks match well with the clear inlay, and that continues down the transition to complement the black tiles just as well. This phone goes great with many styles, because it has that inviting pastel color palette, while also pushing the darker blacks into the light. This phone can match a cute sundress, a fun black cocktail dress... the options are limitless! The case is also designed to withstand drops and has a special edge so that if the phone is dropped the screen won't make contact with the ground! The style of case also protects buttons, and the shock absorption of the case prevents any inside material from sustaining significant damage.