HP Protective Laptop Sleeve - 16 inch - Grey



Currently unavailable



Currently unavailable
The HP Protective Laptop Sleeve is designed for professionals and students who need a reliable, low-profile way to transport laptops up to 16 inches. Its core benefit lies in the combination of anti-shock foam and soft interior bumpers, which provide robust protection against daily knocks and scratches without adding unnecessary bulk. While it offers excellent portability with its retractable handle and accessory pocket, it is primarily a sleeve rather than a full-featured laptop bag, meaning it lacks the shoulder strap and internal dividers found in larger professional briefcases.
| Colour | Grey |
|---|---|
| Series | Prot ICB |
| Model Part Number | C3TR6AA#ABB |
| Brand | HP |
Yes, this sleeve is designed to accommodate laptops up to 16 inches, so a 15-inch laptop will fit securely.
The material is designed to protect against accidental spills and light moisture, but it is not fully waterproof.
The quick-access pocket is ideal for thin cables and slim power adapters, but very bulky power bricks may cause a bulge.
No, this model features a retractable handle for hand-carrying only.
Yes, it features soft bumpers specifically designed to prevent scratching the finish of your laptop.
Ensure all external peripherals or bulky thick covers are removed from your laptop before insertion.
Check the track for any debris and ensure the handle is fully aligned with the slot before pulling or pushing.
Spot clean using a mild soap solution on a soft cloth and allow it to air dry completely away from direct heat.
To ensure the best fit, slide your laptop into the main compartment with the lid facing the padded side. This product is compatible with most standard thin-and-light laptops and ultrabooks up to 16 inches. Regarding care, the sleeve is made from durable, professional-grade materials. To maintain the appearance, wipe the exterior with a damp cloth to remove dust or light dirt. Avoid using harsh chemical cleaners or submerging the sleeve in water, as this could damage the structural integrity of the anti-shock foam padding.