Mouse pad Logo model 32947 — anti-slip grey

Logo model 32947 anti-slip grey mouse pad provides a stable, non-slip surface designed for consistent tracking with optical and laser mice. The low-profile design lays flat on the desk, protecting the surface from wear while offering a uniform area for cursor movement. This grey mouse pad is suitable for both office and home setups where reliable mouse control and desk protection are required.

Advantages

The anti-slip backing prevents unwanted movement during use, improving precision and reducing interruptions caused by pad shifting. The smooth fabric surface supports accurate optical and laser sensor performance, while the thin construction maintains a natural feel and close-to-desk control. Its neutral grey color integrates with a variety of workspaces and minimizes visible dirt or wear.

Suitable for

• Office workstations with standard optical or laser mice
• Home computer setups for everyday browsing and productivity
• Environments where desk surface protection is needed
• Users seeking a compact, low-profile mouse pad for close control

Key specifications

• Surface type: smooth fabric surface suitable for optical and laser sensors
• Base: anti-slip backing to secure pad on desk surfaces
• Color: grey
• Profile: low-profile / thin construction for close-to-desk control
• Primary use: desktop mouse control and desk protection

How to use

Place the mouse pad on a clean, dry area of your desk with the anti-slip side down to ensure stability. Center the pad according to your mouse and hand position for comfortable reach and movement. Use regular cleaning with a damp cloth and mild detergent for the fabric surface; allow to air dry completely before reuse. Avoid exposing the pad to direct heat or prolonged sunlight to maintain material integrity.

Usage recommendations

For optimal tracking performance, keep the surface free of dust and debris and match the pad size to your typical mouse travel: choose this compact, low-profile pad when you prefer closer, more precise movements over large sweeping motions.