1. Material: 0.6mm PC composite material 2. Process: hot bending forming 3. Carbon fiber structure with nano-spray process, no fingerprint 4. Fully polished, the edges and corners are too natural and won't scratch your hands
Cave thin protective case for iPhone 141. Material: 0.6mm PC composite material2. Process: hot bending forming3. Carbon fiber structure with nano-spra..
Cave thin protective case for iPhone 14 Max1. Material: 0.6mm PC composite material2. Process: hot bending forming3. Carbon fiber structure with nano-..
Cave thin protective case for iPhone 14 Pro1. Material: 0.6mm PC composite material2. Process: hot bending forming3. Carbon fiber structure with nano-..
Cave thin protective case for iPhone 14 Pro Max1. Material: 0.6mm PC composite material2. Process: hot bending forming3. Carbon fiber structure with n..
Cave thin protective case for iPhone 14 Pro1. Material: 0.6mm PC composite material2. Process: hot bending forming3. Carbon fiber structure with nano-..
Check out our new case, tested for shock absorption.Improves grip and absorbs impact.Absorber175™ protection class.After 26 falls from 175 cm height, ..
Cave thin protective case for iPhone 141. Material: 0.6mm PC composite material2. Process: hot bending forming3. Carbon fiber structure with nano-spra..
Cave thin protective case for iPhone 14 Max1. Material: 0.6mm PC composite material2. Process: hot bending forming3. Carbon fiber structure with nano-..
Cave thin protective case for iPhone 14 Pro1. Material: 0.6mm PC composite material2. Process: hot bending forming3. Carbon fiber structure with nano-..
Cave thin protective case for iPhone 14 Pro1. Material: 0.6mm PC composite material2. Process: hot bending forming3. Carbon fiber structure with nano-..
Cave thin protective case for iPhone 14 Pro Max1. Material: 0.6mm PC composite material2. Process: hot bending forming3. Carbon fiber structure with n..