Trigger Finger Support Wrist Brace Finger Extension Hand Support for Arthritis Finger Splint Knuckle Immobilization For Finger Fractures Straightening Curved Bent Tenosynovitis Powerlifting Sports

• Prevent finger flexion convulsion, deformation and deformity, control the increase of muscle tension and big fish muscle atrophy
• Three finger separation design: Anti-slip while gripping, prevent finger spasm. One size fits all fingers, the hand splint finger brace of universal size
• Material: Made of waterproof and thickened canvas material, which is durable and practical. Not contain metal splint in it
• Fix the buckle by hand: Hold the hand, insert the buckle through the buckle and secure the hand to prevent slipping in accordance with proper tightness
• High elasticity and lightweight, freely adjustable size, convenient for daily use. Ideal for training, trigger finger, mallet finger, broken or fractured finger, sprained knuckles, rheumatoid arthritis, tendonitis , post stroke finger curling, post-operative care and finger pain relief

Prevent finger flexion convulsion, deformation and deformity, control the increase of muscle tension and big fish muscle atrophy Three finger separation design: Anti-slip while gripping, prevent finger spasm. Not contain metal splint in it Material: Made of waterproof and thickened canvas material, which is durable and practical. One size fits most hands Fix the buckle by hand: Hold the hand, insert the buckle through the buckle and secure the hand to prevent slipping in accordance with proper tightness. High elasticity and lightweight, freely adjustable size, convenient for daily use. Ideal for training, trigger finger, mallet finger, broken or fractured finger, sprained knuckles, rheumatoid arthritis, tendonitis , post stroke finger curling, post-operative care and finger pain relief. Package Contains 1 piece finger hand support Notes Due to the light and screen setting difference, the item's colour may be slightly different from the pictures. Please allow slight dimension difference due to different manual measurement.