Features:
1. High-quality materials: This finger cot is made of conductive fiber and nylon, which is sweat-proof, non-slip, light and breathable.
2. Breathable: This finger cot is thin, breathable and super elastic, and the fiber can keep your fingers from being stuffy for a long time.
3. Sweat isolation: This finger can save hands sweat, fault isolation and precise control.
4. New technology: The use of new technology makes the finger cots equivalent to the conductive body of the finger and the screen, so you can operate the screen like a bare finger while wearing your fingertips.
5. Dense fiber woven: This finger cot is integrated and seamlessly connected, which is more breathable and comfortable, and can improve the high sensitivity of your operation.
Description:
This combination of nylon, spandex and silver fiber perfectly solves the four pain points of players.
Specifications:
Size: 45*25mm
A licability: for finger
Color: black, blue, gray(optional)
Material: Silver fiber+nylon+spandex
Package Included:
1pc * Finger cot
Notes:
1. Due to the difference between different monitors, the picture may not reflect the actual color of the item. We guarantee the style is the same in the pictures.
2. Please allow slight dimension difference due to different manual measurement.
Key Features
1. High-quality materials: This finger cot is made of conductive fiber and nylon, which is sweat-proof, non-slip, light and breathable.
2. Breathable: This finger cot is thin, breathable and super elastic, and the fiber can keep your fingers from being stuffy for a long time.
3. Sweat isolation: This finger can save hands sweat, fault isolation and precise control.
4. New technology: The use of new technology makes the finger cots equivalent to the conductive body of the finger and the screen, so you can operate the screen like a bare finger while wearing your fingertips.
5. Dense fiber woven: This finger cot is integrated and seamlessly connected, which is more breathable and comfortable, and can improve the high sensitivity of your operation.