商品
{{ 1 4 } 个产品
{{ 1 4 } 个产品
排序方式:
“与创作者共创”
玻璃鼠标垫本体的设计由神楽七奈亲自负责。
设计仿佛将神楽七奈的“喜好”直接封入玻璃中。
得益于Pulsar SuperGlide2的特性,使用过程中既不会破坏设计,又能在保持性能的同时长期使用。
1.5T Premium Glass Mousepad
The Superglide Glass Mousepad v2 is an improved, thinner, and lighter version designed for high-performance mouse control and gaming. Its 1.5mm tempered glass surface provides smoother mouse movements and better portability. The mousepad comes with 16 UHMW-FE dot feet, ensuring compatibility with most mice, along with durability and reduced noise.
Note: Total thickness is 2.5mm (1.5mm glass + 1mm silicone rubber).
ALUMINO-SILICATE GLASS
Aluminosilicate glass, also known as Gorilla Glass, is a type of chemically strengthened glass that is used in a variety of applications, including mobile phone screens, tablet screens, and laptop screens. It is known for its high level of durability and resistance to scratches and cracks. It is made by ion exchange process in which the surface of the glass is bombarded with ions of a specific element, such as potassium, which causes the surface of the glass to become harder and more resistant to damage.
Basically, This is a super strong glass.
Thinner and Smoother Surface
The Superglide Glass Mousepad v2, now thinner and lighter at 1.5T, features a tempered glass surface that has been further refined for smoothness, allowing for faster and more seamless mouse movement.
Note: Total thickness is 2.5mm (1.5mm glass + 1mm silicone rubber).
Anti-slip and Stability at Its Best
The fully molded high-density silicone rubber design provides maximum adherence to surfaces, ensuring stability and reducing the risk of slips. Additionally, its coverage of the entire bottom surface, rather than just the corners, provides added support and eliminates any flex in the middle.
Enhanced Glide with Included Precision Dots
A total of 16 UHMW-PE 6.6mm Mouse Dot Skates are included. When attached to the mouse and used on a glass pad, they produce minimal noise and offer excellent wear resistance, allowing smooth performance even with extended use. The level of control through friction can be adjusted based on the number of dots applied.