Fellowes FEL9179001 Gel Wrist Rest Mouse Pad Floral

Product Description

The FELLOWES FEL9179001 is a wrist rest mouse pad designed for daily desktop use in office and workspace environments. It combines a transparent gel wrist rest with FoamFusion Technology to deliver soft, consistent support and reduce wrist pressure during extended mouse use. The surface is constructed from stain-resistant polyurethane that wipes clean quickly. Microban antimicrobial protection is built into the surface material to help inhibit the growth of odor-causing bacteria and surface stains. The pad features a vivid pink floral design visible beneath the gel layer. A nonskid rubber base holds the pad firmly on the desk during use.

This mouse pad is suited for standard office desks, home offices, and shared workstations where hygiene and ergonomic support are priorities. The antimicrobial surface treatment makes it a practical choice for multi-user environments or high-contact workspaces. The transparent gel wrist rest allows the floral design to remain visible while providing cushioned support at the wrist contact point. Office workers, administrative professionals, and ergonomic-conscious users are the primary installers and end users of this product.

Key Features

• Transparent gel wrist rest with FoamFusion Technology for soft wrist pressure relief
• Microban antimicrobial protection built into the pad surface
• Stain-resistant polyurethane surface wipes clean with minimal effort
• Nonskid rubber base prevents movement during use
• Vivid pink floral design visible through the gel layer

Compatibility

Designed as a standard desktop mouse pad compatible with optical and laser mice for use on typical office desk surfaces.

Installation Notes

No tools are required for setup. Place the pad on a flat, clean desk surface and press down lightly to allow the nonskid rubber base to seat properly. Clean the polyurethane surface with a damp cloth as needed. Do not submerge the pad in water or expose the gel wrist rest to sharp objects that could puncture the material.