Custodia Compulocks Rugged Edge per Galaxy Tab A9 8,7" dimensione massima schermo 22,1 cm

The Compulocks Rugged Edge Case for Galaxy Tab A9 8.7" is a durable silicone protective band designed to fit tablets with a maximum screen size of 22.1 cm (8.7"). Compatible with Galaxy Tab A9 models SM-X110 and SM-X115, the black EDGE band cushions the device to guard against marks, scratches and dents while improving grip and handling.

Advantages

This rugged silicone EDGE band provides shock-absorbing protection around the tablet perimeter, reduces the risk of accidental drops by improving grip, and features strategic cutouts for unobstructed access to buttons, ports and cameras. It pairs with Compulocks adhesive lock plates, grips, stands and double glass screen protectors for expanded protection and mounting options.

Suitable for (tasks / use cases)

• Everyday protection for Galaxy Tab A9 8.7" (SM-X110, SM-X115)
• Education and classroom use where devices are handled frequently
• Field work and mobile use requiring added impact protection
• Environments where additional mounting or security accessories are used

Key specifications

• Brand: Compulocks
• Model / MPN: BNDTA9
• Compatibility: Galaxy Tab A9 | 8.7" | 2023 | SM-X110, SM-X115
• Maximum screen size: 22.1 cm (8.7")
• Material: Silicone (rubber-like protective band)
• Colour: Black
• EAN: 810157341006

How to use

Stretch the Rugged Edge Case over the tablet edges so the band fully surrounds the device perimeter. Align the case cutouts with the tablet’s buttons, ports and cameras to ensure full functionality. For additional protection or mounting, attach Compulocks adhesive lock plates, grips, or stands as needed and consider applying a double glass screen protector for full-screen protection.

Recommendations

Ensure the device is powered off or held steady when fitting the silicone band. Regularly check that cutouts remain aligned and that any attached accessories are securely fixed. Clean the silicone surface with a mild detergent and a soft cloth; avoid harsh chemicals that could degrade the material.