Phone case for iPhone 17 Matt 2.0 blue

Matt 2.0 is a thin, flexible protective phone case made from high-quality TPU. The matte finish, single-moulded construction, raised edges and enclosed camera island mean the case effectively protects the smartphone during everyday use. The model is available in several colours.

Thin, flexible TPU The case is made from thin TPU, which combines flexibility and durability. The material absorbs shocks well, is resistant to cracking and fits the phone comfortably. Thanks to its slim design, the case does not add bulk to the device and preserves its original shape.

Colour not just on the surface The colour runs through the entire structure of the material, not only its surface. As a result, the case keeps its attractive appearance for longer, without unsightly wear on the edges. This solution increases the durability of the product in everyday use.

Made from a single moulding The case is made from a single moulding, with no glued or joined parts. This construction increases its strength, as there is no risk of components coming apart or the housing weakening at the joints.

Better camera protection The Matt 2.0 model features an enclosed camera island with a raised rim around it. This means the area around the camera module is better protected than in a case with one large cut-out. When the phone is placed on a flat surface, the lenses have less contact with the surface, which helps reduce the risk of scratches.

Raised edges around the screen Raised edges around the display help protect the screen when the phone is placed screen-down. This is a practical solution that increases the safety of the device in everyday use and reduces direct contact between the display and the surface.

Specifications: Material: TPU (thermoplastic polyurethane) Flexibility level: soft Construction: made from a single moulding Colour: mass-dyed Camera protection: enclosed camera island, raised rim around the lenses Screen protection: raised edges around the display Available variants: several colours