Experience precision and speed with TITANWOLF XXL Gaming Mouse Pad. Extra large 900x400x4mm size, water-resistant, non-slip rubber base Most common standard mouse pads offer limited gliding properties due to an often poorly processed fabric structure. Titanwolf XXL Speed Gaming Mouse Pad | 900 X 400mm | XXL Mouse Pad 900 X 400mm Xxl Mouse Pad Table Mat Large Size Improved Precision And Speed Rubber Base For Stable Grip On Smooth Surfaces Non Slip Durable Height 3mm Black This is achieved perfectly with Titanwolf - one of our new brand from Ganz Einfach GmbH. No matter whether shooters, MMORPGs or RTS games - with Titanwolf products you are always the MVP. Titanwolf - if it becomes brutal on the playing field, a loyal companion will help you. Mousepad dimensions: 900 x 400 x 3 mm, weight: 610 g, colour: black, material: textile surface, rubberised underside (slip-resistant), box contents: Titanwolf XXL speed gaming mouse pad. The robust mouse pad offers numerous advantages which combines unlimited gaming pleasure with working comfort. It is especially suitable for gamers who attach importance to speed, precision and maximum comfort. Thanks to the non-slip rubber underlay, the XXL Gaming Speed mousepad does not move. This consistent surface can improve accuracy of mouse aiming. Titanwolf Gaming Mouse Pad, 900 X 400mm XXL Speed Gaming Mouse Mat Mousepad Extra Large Surface Abstr 52852460 Titanwolf - If you want to hunt with the wolves, you have to cry with the wolves. The mouse pad can be washed with warm water and can even be machine washed at 30-40 degrees. In addition, the height of only 3mm promises relaxed wrist even after long gaming sessions. TITANWOLF XXL Speed Gaming Moe Pad - Moe Mat 900 X 400 X 3mm - XXL Moepad - Table Mat Large Size - Improved Precision And Speed - Rubber Base For Stable Grip On Smooth Surfaces - Design Lava- Moe Mat at SHEIN Fast and precise thanks to optimal balance of control and speed: The particularly soft, smooth and resistant fabric impresses with a fine and seamless surface and circumferential seams at its edges.
