Targus MultiFit 30.5 cm (12 inch) Sleeve case Green

The Targus MultiFit 11–12" Sleeve is a form-fitting, ultra-lightweight neoprene sleeve designed to protect laptops with screens up to 30.5 cm (12"). The exterior resists dust, dirt and light spills while the non-scratch interior lining helps prevent scuffs and scratches. Weighing approximately 90 g and finished in a monochromatic surface, this sleeve is slim and easy to carry by hand or slip into a larger bag for school, commuting or working at a café.

Advantages

The sleeve offers slim-profile protection with a lightweight neoprene-like material that stretches to accommodate most 11–12" devices. Its interior lining reduces the risk of surface abrasion and the durable exterior provides everyday protection against dirt and minor spills. The product is part of the EcoSmart range and is manufactured using GRS-certified recycled materials — the production process repurposes plastic bottles into yarn used for the fabric.

Suitable for

• Students carrying a 11–12" laptop or tablet
• Professionals commuting with a slim device
• Travelers who need a lightweight protective sleeve
• Anyone who stores a device inside a larger bag or backpack

Key specifications

• Brand: TARGUS
• Model: MultiFit Sleeve (TBS65005GL)
• Compatible screen size: up to 30.5 cm (12")
• Weight: 0.09 kg
• Case type: Sleeve case
• Material: Neoprene-like fabric; GRS-certified recycled content (EcoSmart)

How to use

Slide your laptop or tablet gently into the sleeve with the opening aligned to the device edge so the non-scratch interior cushions the surface. Carry the sleeve by hand or place it inside a larger bag for additional protection. Ensure the device is clean and dry before insertion to avoid trapping debris against the screen or casing.

Recommendations

For best results, use the sleeve for devices with screens up to 12" and avoid exposing the sleeve to prolonged moisture or high temperatures. Clean the exterior with a damp cloth and allow to air dry; do not machine wash to preserve the recycled material structure.