Color: A Designed for mobile gamers who need precise, comfortable thumb control without added bulk. These ultrathin finger cots improve touch accuracy, reduce screen friction, and help manage sweat for longer, more consistent play sessions. Key benefits Ultrathin fit: 0.25 mm thickness conforms closely to most fingertips for a nearly barefinger feel while preserving touch accuracy. touch sensitivity: 24pin densely woven glass silver fiber fabric maintains precise input and continuous response for accurate taps and swipes. Reduced friction: Smooth surface lowers drag on touchscreens, enabling faster, more consistent movements. Breathable and sweatmanaging: Fabric wicks moisture and dries quickly to keep the thumb comfortable and reduce slippage. Comfortable construction: precision seamless sewing creates a snug, irritation fit that feels more comfortable than bare skin during extended use. Product details Color: A Thickness: 0.25 mm Material: Densely woven glass silver fiber, 24pin weave Sewing: precision seamless stitching for minimal bulk and improved comfort Fit: Designed to suit most fingertips and finger sizes Why you need it Improves control and responsiveness compared to bare fingers by reducing unintended friction while keeping input accuracy intact. Prevents sweat from interfering with gameplay, maintaining consistent contact and reducing mistaps. Lightweight and low profile so it does not hinder normal finger movement or grip. Typical use scenarios Mobile MOBA sessions where quick, precise taps and swipes are essential for skills and movement. Fastpaced battle royale or survival matches that require sustained play and reliable touchscreen response. Competitive shooter or rhythm games where low friction and sensitivity improve accuracy and timing. Care and fit tips Slide the cot onto the fingertip so it feels snug but not restrictive. Rinse gently with mild soap and water, then air dry. Reuse as needed once fully dry. if the fabric shows excessive wear or if fit becomes loose. This finger cot offers a practical way to maintain touchscreen sensitivity, control sweat, and reduce friction for improved mobile gaming performance without adding bulk.