Impact Reducing Safety Gloves

Select gloves based on industry hazards (crush, pinch, vibration), required dexterity, grip, and cut resistance. Check impact protection features (TPR or padded knuckles), relevant safety standards (e.g., ANSI/ISEA or EN 388 ratings), and appropriate sizing for a snug fit without restricting movement

Thermoplastic rubber (TPR) or injected molded knuckle guards and foam-padded palms offer impact protection while synthetic leather, nitrile, or goat/cowhide palms maintain tactile feel and grip. Thinner composite or high-performance fiber liners (e.g., HPPE) can add cut resistance without greatly reducing dexterity

Measure the circumference of your dominant hand at the widest part of the palm and compare to the manufacturer's size chart; gloves should fit snugly across fingers and palm with no excess material. Ensure the cuff length and wrist closure secure the glove and prevent slippage while allowing full finger movement

Look for ANSI/ISEA impact and cut performance levels or EN 388 impact/cut/abrasion/puncture ratings on packaging or specs. These standardized tests provide objective measures of protection that help compare gloves across brands

Textured or coated palms (nitrile, polyurethane) improve grip in wet or oily conditions; gel or foam palm inserts and multi-layered padding help attenuate vibration. Finger reinforcements and anti-slip patterns also enhance secure handling of tools

Follow manufacturer cleaning instructions—most synthetic gloves can be hand-washed or machine-washed on gentle cycles and air-dried; avoid heat drying and harsh solvents. Inspect gloves regularly for tears, compressed padding, or degraded protective elements and replace them when protection is compromised

Impact-reducing gloves range from budget options under $30 to higher-performance models several hundred dollars, with many mid-range work gloves clustered around moderate prices. Higher cost often reflects advanced materials, certified ratings, greater durability, or specialty features like high cut-resistance or vibration damping