WIWU Laptop Neoprene Sleeve (15.6’’) (Black)
WIWU Laptop Neoprene Sleeve (15.6’’) (Black)
- Brand N/A
- Packaging N/A
- SKU 366469
- EAN Code 3701344059484
- Warranty N/A
In stock
WiWU Neoprene 15.6" Protective Sleeve - Black
Description
This technical neoprene sleeve for 15.6-inch devices is specifically designed to meet the transportation constraints of professional IT fleets. Designed for smooth insertion into backpacks or maintenance cases, it acts as a protective interface against surface mechanical aggressions. Its flexible architecture allows it to conform to the contours of various chassis, whether it be mobile workstations or large Ultrabooks.
The main material is a 3.5mm thick high-density SBR neoprene. This synthetic polymer is chosen for its kinetic absorption properties, limiting the transmission of vibrations and minor impacts to the equipment. The neoprene's cellular structure also provides a natural thermal barrier, protecting internal components and lithium batteries from temperature shocks when moving between indoor and outdoor environments. The outer surface benefits from a water-repellent treatment to protect the equipment from atmospheric humidity and accidental liquid splashes.
Technical Specifications
- Material: 3.5mm SBR Neoprene (Styrene-Butadiene Rubber) and micro-jersey lining
- Compatibility: Universal for 15.6-inch screens (Max dimensions: 395 x 280 mm)
- Dimensions: 405 x 290 x 22 mm
- Weight: 265 grams
- Standards: Splash-resistant, without rigid structure
- Closure Type: Double zipper with internal safety edge in zinc alloy
Workshop & Usage Advice
For IT fleet managers, this sleeve is recommended to extend the aesthetic lifespan of laptops by limiting wear on the corners and top covers. When cleaning, it is imperative not to use compressed air or aggressive solvents that could alter the neoprene's cellular structure. Special attention should be paid to drying: in case of significant exposure to moisture, the sleeve should be air-dried, away from direct heat sources, to avoid polymer shrinkage or loss of elasticity.
In stock