Sleeve-hoes Tucano Mélange Second Skin 30,5 cm (12 inch)

Second Skin sleeve designed for 11" and 12" notebooks provides slim, durable protection for devices with up to 30.5 cm (12") screens. The sleeve features a monochromatic mélange surface and a 4 mm neoprene construction that guards against scratches, minor bumps and impacts. Its low-profile design lets you carry the laptop on its own or slide the sleeve into a larger computer bag.

Advantages

The Tucano Mélange Second Skin sleeve includes the patented Tucano Anti-Slip System®, an elastic cover under the zipper that prevents the device from slipping out and avoids zipper-related scratches. Dual zippers enable easy opening and closing, while flat-lock stitching preserves the extra-slim silhouette and provides neat finishing. The robust neoprene material combines cushioning with a lightweight feel suitable for everyday use.

Suitable for

• 11" and 12" laptops (maximum screen size 30.5 cm / 12")
• Users who prefer a slim sleeve rather than a full carrying case
• Carrying a laptop alone or adding extra protection inside a larger bag

Key specifications

• Brand: TUCANO
• Model: Mélange Second Skin
• MPN: BFM1112-Z
• EAN: 8020252081109
• Maximum screen size: 30.5 cm (12")
• Case type: Sleeve case
• Material: 4 mm neoprene
• Features: Tucano Anti-Slip System®, dual zippers, flat-lock stitching

How to use

Slide your laptop into the sleeve with the screen facing the inner neoprene surface and align it so the zipper closes without forcing. Use the dual zippers to open and close the sleeve smoothly; the elastic Anti-Slip System® under the zipper holds the device securely in place. The sleeve can be carried alone or placed inside a larger bag for additional protection.

Recommendations

For best results, keep the sleeve dry and avoid prolonged exposure to direct sunlight. Clean with a damp cloth and mild detergent if needed; do not machine wash. Use the sleeve as lightweight protection against scratches and minor impacts, not as a substitute for rigid protective cases in high-risk environments.