Hand Protection in Industry
Hands are most exposed to cut, burns, chemicals and crushing hazards. By taking appropriate action thru' engineering, administrative control and PPE provisions at workplace, hand injuries will be controlled effectively.
Ganpat Shinde
9/19/20262 min read
Hand and finger injuries account for nearly one-third of all workplace incidents, making them one of the most common occupational hazards across industries like manufacturing, construction, and healthcare. Because our hands are our primary tools for interacting with our environment, protecting them requires a mix of proper equipment, engineering controls, and personal awareness.
Common Workplace Hand Hazards
Understanding the specific risks present in your workplace is the first step toward effective prevention:
Pinch Points & Crush Hazards: Areas where moving parts meet stationary objects, such as gears, rollers, or closing heavy doors.
Cut & Puncture Hazards: Sharp edges, blades, sheet metal, or exposed wire capable of lacerating skin.
Thermal & Chemical Hazards: Extreme hot or cold surfaces, open flames, or hazardous chemicals that cause chemical burns or contact dermatitis.
Ergonomic Strain: Repetitive motion, high force, or prolonged exposure to vibrating power tools leading to conditions like Carpal Tunnel Syndrome.
The Hierarchy of Hand Protection
Relying solely on gloves is not enough. Effective protection uses the Hierarchy of Controls:
1. Elimination / Substitution (Remove the hazard entirely)
2. Engineering Controls (Machine guards, safety interlocks)
3. Administrative Controls (Tool safety training, rotation schedules)
4. Personal Protective Equipment (Choosing the right gloves)
Engineering Controls: Ensure all machine guards, emergency stop buttons, and safety light curtains are installed, tested, and active before operating equipment.
Administrative Controls: Enforce clear "No-Ring/No-Jewelry" policies around machinery. Loose clothing, rings, and long hair can easily catch in moving spindles.
Proper PPE Selection: Always pair the glove type to the exact hazard.
Hazard Type and Suitable glove selection:
Cut &sharp edges ==> cut resistant gloves, eg HPPE, Kevlar/aramid or engineered cut resistant material
Punctures ==> Puncture resistant gloves
Abrasion ==> Leather, coated fabric or abrasion resistant gloves
Chemical Exposure ==> Chemical resistant gloves, such as nitrile, neoprene, PVC
Pinch/Impact ==> Thermo-Plastic Rubber
Heat/Fire ==> Leather, Aluminized, or Heat-Resistant, Synthetics
Welding &sparks ==> Leather welding gloves with appropriate heat resistance
Electrical hazard ==> Insulating rubber electrical gloves rated for voltage, with required inspection and protective practices
Daily Hand Safety Checklist
Before beginning any task, walk through this 4-step mental safety checklist:
Inspect Tools: Are hand tools in good working order with intact handles and functioning safety guards?
Inspect Gloves: Are your gloves free of tears, cracks, chemical degradation, or excessive wear?
Identify Pinch Points: Have you identified where your hands will be relative to moving machinery or heavy loads?
Remove Jewelry: Are all rings, watches, and bracelets removed before working near machinery?
Essential Dos and Don'ts
DO use push sticks or feed tools when pushing material through table saws or cutting equipment.
DO ensure machines are completely powered down and locked out (LOTO) before clearing jams or performing maintenance.
DON'T wear gloves around rotating shafts, drills, or lathe chucks—the glove can snag and pull your hand into the machine.
DON'T use damaged tools or substitute hand tools for the wrong purpose (e.g., using a screwdriver as a chisel).
Remember
Protect your hands before starting the job—not after an injury occurs.
A strong hand-protection program combines hazard identification, safe work practices, suitable gloves, training, and proper supervision. Every worker should understand the hazards around their hands and choose protection appropriate to the task.
Safe Hands = Safe Work = Safe Life.