Θήκη Devia iPhone 11 Pro

The Devia Woven Pattern Design cover is a protective two-layer case made for the iPhone 11 Pro with a maximum screen size of 5.8" (14.7 cm). Constructed from polycarbonate (PC) and high-elastic thermoplastic polyurethane (TPU), the black case features an electroplated, woven-pattern back, a soft interior, and reinforced edges to provide comprehensive device protection while maintaining a precise fit for Apple compatibility.

Advantages

The double-layer construction combines a rigid PC outer shell and a flexible TPU edge to absorb shocks and resist impacts. Electroplated finish and woven texture improve scratch resistance and give a consistent monochrome appearance. A soft interior protects the phone’s back and screen from abrasion, while raised camera and edge design provide extra protection for lenses and display.

Suitable for

• Everyday protection for iPhone 11 Pro (5.8")
• Users who want full 360° coverage with reinforced edges and camera protection
• Those seeking a slim fitted case with a textured, non-slip surface

Key specifications

• Brand compatibility: Apple
• Model compatibility: iPhone 11 Pro
• Maximum screen size: 5.8" (14.7 cm)
• Materials: Polycarbonate (PC) outer shell, Thermoplastic polyurethane (TPU) edge
• Colour: Black
• Design features: Woven-pattern back, electroplated finish, soft interior, raised camera protection, 360° full protection

How to use

Align the case with the iPhone 11 Pro camera and button cutouts, then press the phone gently into the TPU edges until the device sits securely in the PC shell. Check that all ports, buttons and the camera opening are correctly exposed. Remove the case by carefully prying one edge of the TPU away from the phone and sliding the device out to avoid stress on corners.

Recommendations

For ongoing protection, periodically clean the case interior and camera opening with a soft, dry cloth to remove dust. Avoid prolonged exposure to strong sunlight or heat sources to prevent discoloration or deformation of TPU and electroplated surfaces.