Alfombrilla gaming ESPERANZA EGP102R — poliéster, 300×240 mm, 3 mm de grosor, negra, superficie impresa

The Esperanza EGP102R mouse pad offers a polyester surface with a printed image in black tones, sized 300 mm × 240 mm to accommodate typical gaming and office mouse movements. The fabric top provides consistent tracking for optical and laser sensors while the stitched edges and anti-slip base contribute to steady placement on a desk. The pad is lightweight and flexible, designed for regular use and easy transport between workspaces or gaming setups.

Advantages

The polyester surface ensures smooth, predictable mouse glide and reliable sensor response for both gaming and productivity tasks. A textured print preserves visual detail without compromising tracking performance. The black color reduces visible dirt and blends with most desktop setups. The anti-slip base helps keep the pad in place during fast movements, and the overall construction withstands frequent use.

Suitable for

• PC and laptop gamers seeking a compact, reliable surface
• Office users who need a consistent tracking area for everyday tasks
• Portable setups where a flexible, easy-to-roll pad is preferred

Key specifications

• Surface material: polyester fabric
• Coloration: printed image on black background
• Dimensions: 300 mm (width) × 240 mm (depth)
• Compatibility: optimized for optical and laser mice
• Base: non-slip backing for stable placement

How to use

Place the mouse pad on a flat, clean desk surface with the printed side up and align it to your preferred mouse position. Use the full area for wide movements or center the mouse over the preferred zone for smaller gestures. Clean the polyester surface with a damp cloth and mild soap if necessary, and allow it to air-dry fully before reuse. Roll or flatten the pad for storage or transport as needed.

Recommendations

For best tracking precision, keep the surface free of dust and liquids and use a compatible optical or laser mouse. Avoid exposing the pad to prolonged direct sunlight or heat sources to preserve the printed image and fabric integrity.