eSTUFF ES682000-BULK Θήκη tablet 20,1 cm (7,9 ίντσες) Folio μαύρο

The eSTUFF Folio Case for Apple iPad Mini 4 (7.9") is an ultra-slim protective cover combining a soft TPU back and a magnetic foldable front with microfibre lining. Designed for the iPad Mini 4 (2015) with a maximum screen size of 20.1 cm (7.9"), the case keeps access to all ports and buttons while adding lightweight protection at approximately 158 g. The front cover supports auto wake/sleep and can fold into two stand positions for viewing or typing.

Advantages

The soft TPU back absorbs shocks and resists breaking on impact better than hard-backed covers, offering improved protection against bumps, drops and scratches. The microfibre-lined, magnetic front supports automatic wake/sleep functionality and provides two stable stand modes. The slim design preserves the tablet’s form factor and the lightweight construction keeps the device portable.

Suitable for

• Protecting an Apple iPad Mini 4 (2015) with a 7.9" screen
• Watching videos using the landscape stand mode
• Typing or video calls using the angled stand position
• Everyday protection against scratches, bumps and minor drops

Key specifications

• Compatibility: iPad Mini 4 (2015)
• Maximum screen size: 20.1 cm (7.9")
• Material: Soft TPU back, microfibre-lined front
• Stand modes: Two stand positions
• Auto wake/sleep: Yes
• Weight: 0.158 kg
• Colour: Black
• MPN: ES682000-BULK
• EAN: 5704174575269

How to use

Place the iPad Mini 4 into the TPU back shell, ensuring the device aligns with cutouts for ports, buttons and camera. Close the magnetic front cover to engage the auto sleep function and reopen to wake the device. Fold the front cover along the crease to create the required stand angle for viewing or typing. Remove the tablet by gently pulling it out of the TPU shell.

Recommendations

Keep the folio case clean by wiping the microfibre front and TPU back with a soft, slightly damp cloth. Avoid prolonged exposure to direct sunlight and high temperatures to preserve material integrity and magnetic performance.