X
pile Laid-Back Camp Mouse Pad Rin & Nadeshiko
pile Laid-Back Camp Mouse Pad Rin & Nadeshiko
pile Laid-Back Camp Mouse Pad Rin & Nadeshiko
pile Laid-Back Camp Mouse Pad Rin & Nadeshiko
pile Laid-Back Camp Mouse Pad Rin & Nadeshiko

pile Laid-Back Camp Mouse Pad Rin & Nadeshiko - Yuru Camp Anime Mouse pad Extension Gaming Keyboard pad Desk pad Computer pad Game pad 12 (60cm×35cm)

Product ID : 50612799


Galleon Product ID 50612799
Shipping Weight 0 lbs
I think this is wrong?
Model
Manufacturer Pile
Shipping Dimension 0 x 0 x 0 inches
I think this is wrong?
-
No price yet.
Price not yet available.

Pay with

pile Laid-Back Camp Mouse Pad Rin & Nadeshiko Features

  • 1. Waterproof/dustproof Through simple waterproof/dustproof treatment, the gaming mouse pad can be used on water and wiped with a cloth. Because it is made of cloth, it can be washed even if it is dirty. We recommend that you gently wash your clothes with warm water and soap.

  • 2. The gaming mouse pad is designed for office workers and players who use the mouse for a long time every day to reduce the friction between the wrist and the table and reduce fatigue. Therefore, you won't feel tired even if you use it for a long time.

  • 3. You can operate smoothly and accurately without sliding the surface of the gaming mouse pad. In addition, the back can prevent sliding and movement, which effectively prevents the mouse pad from sliding and the obvious movement of the mouse during the game.

  • 4. If you have any questions about quality assurance, please contact us. The problem will be resolved in time. Customer satisfaction is our ultimate goal. Please use it freely.

  • 5.The product is subject to the main picture, the other pictures in the attached picture are for reference only


About Pile Laid-Back Camp Mouse Pad Rin & Nadeshiko

Size: 60 CMX35CM,90CM×40CM Thickness: 2mm Material: Environmental rubber material Environment: office, games, table mat Features: Rubber mouse pad and specially treated foam, non-slip texture on the back, and excellent performance on the surface.