Vernehansker

Vernehansker are protective gloves used to guard hands against hazards in work environments. They are selected based on the specific risks and tasks, and may be chosen to balance protection with dexterity and comfort.

Common categories include mechanical protection gloves (cut, puncture, and abrasion resistant), chemical resistant gloves (nitrile, neoprene, latex, PVC), heat or cold resistant gloves (thermally insulated), and electrical insulating gloves for certain voltage ranges. Many gloves use layered constructions and materials such as leather, Kevlar, HPPE, nitrile, and neoprene to address multiple hazards.

Standards and conformity marks guide the safety performance of vernehansker. In Europe, EN 420 covers general requirements; EN 388 assesses mechanical risks (abrasion, cut, tear, puncture); EN 374 evaluates chemical and permeation resistance; EN 511 or EN 407 covers cold or heat resistance, while higher voltage electrical gloves are covered by EN 60903. National and regional marks may also apply, and some gloves are certified to additional standards for specific industries or uses.

Selecting vernehansker involves a hazard assessment that considers exposure duration, dexterity needs, temperature, and potential skin contact. Gloves should fit well, be inspected for damage before use, and not impede tool control or grip. Donning and doffing should follow manufacturer instructions to avoid contamination or injury.

Care and maintenance include cleaning according to material type, air-drying, and proper storage away from direct heat or sunlight. Damaged or degraded gloves should be retired, and many gloves have limited lifespans based on exposure to solvents, punctures, or wear. Regular inspection and replacement are essential for ongoing protection.