The G-Lab Pad Yttrium Gaming mouse pad Black

MOUSE PAD XXL
WITH NON-SLIP RUBBER BOTTOM
The Pad Yttrium offers an XXL surface to cover your keyboard, mouse and all your gaming accessories. It will be an essential addition to your gaming set up and will perfectly adapt to your playing area.

MAXIMUM CONTROL
The “Control” surface coating has been designed to make it easier for the mouse to slide in every directions. The Pad Yttrium ensures fast mouse movement while maintaining perfect control for ideal accuracy. It will offer you an improved gaming experience in optimal conditions for better performance.

ULTRA RESISTANT
Its surface has been designed to be abrasion resistant, anti-reflective and non-slip. In addition, the edges of the Pad Yttrium are reinforced to ensure maximum durability of your mat. The non-slip rubber underside of the Pad guarantees stability on the desk, even when performing quick actions with the mouse and during intense moments.

YOUR FULL GAMING SET UP
The Pad Yttrium offers an optimized playing surface for all types of mice, whether they have a laser or optical sensor. It will go perfectly with your Kult Promethium offering a large sliding surface or will allow you to anchor your Keyz Rubidium equipped with its wrist rest for an even more efficient set-up.

SIZE XXL
The Pad Yttrium offers an XXL surface to cover your laptop, keyboard, mouse and all your gaming accessories.

MAXIMUM CONTROL
The "Control" surface coating has been designed to make it easier for the mouse to slide in every direction.

ULTRA RESISTANT
Its surface has been designed to be abrasion resistant, anti-reflective and non-slip.

NON-SLIP PAD
This Pad offers perfect glide thanks to a smooth texture on the top and a non-slip grip on the bottom.

YTTRIUM
The Yttrium, of symbol Y, is the element of atomic number 30 and atomic mass 89. The most important uses of yttrium are LEDs and phosphors, particularly the red phosphors in television set cathode ray tube (CRT) displays. Yttrium is also used in the production of electrodes, electrolytes, electronic filters, lasers, superconductors, various medical applications, and tracing various materials to enhance their properties.