Hand Protection

Hand protection reduces the likelihood or severity of injuries caused by mechanical, chemical, thermal, biological, and electrical hazards. Because the hand is exposed to a wide variety of substances and tasks, protective performance depends heavily on material composition, thickness, construction, coating, cuff design, grip, dexterity, and the specific hazard. A glove suitable for one chemical may deteriorate quickly when exposed to another, and a cut-resistant glove may provide little protection against heat or electrical contact. Selection must therefore be based on a task-specific assessment rather than a general claim of durability.

Applications include chemical transfer, laboratory work, assembly, material handling, food or hygiene-sensitive tasks, welding, firefighting, electrical maintenance, cold environments, and work involving sharp edges. Chemical resistance depends on permeation, degradation, and breakthrough characteristics for the exact chemical and concentration. Mechanical protection should consider the nature of the edge, force, duration, and potential for puncture or abrasion. Thermal protection must match the temperature and contact duration. Electrical insulating gloves require the correct voltage class and a strict inspection and testing regime.