Item Name: Finger Glove Fingertips for PUBG Game Gaming Thumb Sleeve Touch Screen (F2). Smart TV Box Android Quad Core HDMI 1080P Wifi Streaming Media Player UK
2pcs Finger Cover Gaming Thumb Sleeve for PUBG Mobile Game Sweatproof Sensitive Touch Screen Breathable Hand Cover Game Controller
Feature:
1. High-quality material: These finger cots are made of carbon fiber/silver ion fiber/quick-drying fiber and cotton, which are breathable and sweat-wicking, sensitive to touch, and 0 broken touch during operation. The king's skills are released quickly, and you can easily play for PUBG
2. Elasticity: 18 needles thin and densely woven, 27% spandex fiber, very elastic, light and thin to see. It is adjustable and fits most people's finger size, it is easy to carry, easy to carry in a pocket or bag, you can use it anytime
3. High Sensitivity: Fiber fingertips are more sensitive to the phone screen, more comfortable, and help you improve your gaming experience
4. Constant and comfortable friction: reject sweat and dry hands, and improve operation stability. Sensitive and elegant, smooth and unobstructed, greatly reducing the error rate.
5. 2.5-3mm thin forming: the inner curling design reduces the probability of off-line by 20% compared with the traditional finger cuff. Excellent edge elasticity, the game does not fall off
6. Wide range of applications: These touch screen finger covers can not only be used when you are playing games, you can also use them when using your phone
Specification:
Name: game fingertips for PUBG
Model: Carbon C1/Silver F2/Pole F1 (optional)
Material: carbon fiber/silver fiber/quick-drying fiber (optional)
Color: black, dark gray, light gray (optional)
Features: seamless knitting, soft fit, quick-drying and perspiration, sensitive and durable, moderate thickness, breathable and sweat-proof
Size: 45x25x2.5-3mm
Weight: 5g
Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.
