Wrist rest Port Designs 900718 — gel/silicone/rubber/polyester, 400×60×20 mm, black

The Port Designs 900718 wrist rest is a gel-filled support designed to provide a stable and comfortable surface for your wrists during extended computer use. Constructed from silicone, rubber and polyester with an internal gel layer, this 400×60×20 mm pad offers cushioning that helps reduce pressure and strain while typing or using a mouse. Its black finish is neutral and suitable for both home and office environments, and the compact dimensions make it compatible with most standard keyboards and desks.

Advantages

The combination of silicone and rubber on the exterior with a gel core provides a balance of softness and stability that prevents excessive movement while remaining comfortable. The polyester cover offers a smooth surface that is easy to position and clean. With a low profile height and moderate density, the wrist rest supports a natural wrist angle to minimise fatigue during prolonged use.

Suitable for

• Desktop keyboard and mouse support to reduce wrist strain
• Home office and corporate workstations
• Long typing sessions, data entry and office tasks
• Users who prefer a low-profile ergonomic accessory

Key specifications

• Dimensions: 400 × 60 × 20 mm
• Weight: 0.3 kg
• Materials: Silicone, rubber, polyester with gel filling
• Colour: Black
• Low-profile design for close keyboard contact

How to use

Place the wrist rest directly in front of your keyboard or next to your mouse so your wrists rest lightly on the pad while typing or navigating. Ensure the pad is aligned with the front edge of the keyboard to maintain a neutral wrist position. Periodically check positioning and move the wrist rest as needed to accommodate different tasks or keyboard layouts.

Usage recommendations

For best results, keep the surface clean and dry; wipe with a damp cloth and mild detergent if necessary. Avoid exposing the pad to sharp objects or excessive heat, and replace it if the gel filling shows signs of deformation or the external material becomes damaged.