Crong Hybrid Matte Magnetic custodia per Samsung Galaxy S26 Ultra — TPU/PC, grigio

Crong Hybrid Matte Magnetic case for Samsung Galaxy S26 Ultra combines a slim profile with a dual-layer construction of shock-absorbing thermoplastic polyurethane (TPU) and a rigid polycarbonate (PC) back. The matte grey finish resists fingerprints while the integrated magnetic system enables secure attachment to compatible magnetic chargers and accessories. Cutouts and raised bezels are designed to preserve access to ports, cameras and the S Pen without adding unnecessary bulk, making this case suitable for everyday urban use and regular handling.

Advantages

The hybrid TPU/PC structure provides both edge impact absorption and back protection while keeping the overall weight low. The matte surface reduces visible fingerprints and glare, preserving the case’s appearance during daily use. Built-in magnets align the case with compatible magnetic chargers, mounts and power banks to ensure a reliable mechanical and charging connection. Precise cutouts maintain full functionality of the camera array, S Pen slot and ports.

Suitable for

Key specifications

How to use

Align the case with the device starting at one edge and gently press the phone into the case so the TPU sides snap around the device and the PC back sits flush. Ensure the camera, ports and S Pen cutout are correctly aligned before regular use. When using magnetic chargers or mounts, position the accessory close to the back of the case until the magnets engage; ensure the accessory is rated compatible with magnetic cases and supports the Galaxy S26 Ultra for charging or mounting.

Recommendations

For optimal performance, periodically clean the case exterior and the phone’s camera and charging areas with a soft, dry cloth to remove dust and debris. Avoid exposure to strong solvents or abrasive cleaners which can damage the matte finish. If using magnetic chargers for wireless power delivery, follow the accessory manufacturer’s guidelines to confirm compatibility and safe charging distances.