Hands are the forklift operator’s main interface with the machine, the load, and the freight, and they take a surprising amount of punishment over a shift. OSHA 29 CFR 1910.138 requires employers to select and require appropriate hand protection when employees face hazards such as skin absorption, severe cuts, lacerations, abrasions, punctures, chemical burns, thermal burns, and harmful temperature extremes. But the right glove for a forklift operator is not the thickest glove in the catalog, because a glove that kills fingertip feel also kills control. This guide covers the glove types that actually fit forklift work, how the ANSI/ISEA 105 rating system helps buyers compare options, and how to select gloves by task without sacrificing the dexterity that safe driving depends on.
Why Gloves Matter on a Forklift
Forklift operators wear gloves for several distinct reasons: grip on steering wheels, levers, and load handling; protection from the sharp edges of banding, cardboard, and damaged freight; insulation in cold storage or outdoor yards; and defense against vibration and impacts when moving pallets and dock plates. Each of those jobs pulls toward a different glove, which is why a single fleet-wide glove policy rarely works. The hazard assessment that OSHA 1910.138 expects is exactly the tool that resolves this: walk the tasks, identify the hazards to the hand, and match a glove class to each. When the assessment is done properly, the glove list becomes short and justifiable instead of a grab bag.
The ANSI/ISEA 105 Rating System
The ANSI/ISEA 105 standard gives buyers a common language for comparing hand protection. It assigns numeric performance levels for cut resistance, puncture resistance, abrasion resistance, and other properties, with higher numbers meaning higher protection. Cut resistance, for example, is rated on a scale that reflects the force needed to cut through the material, and the level required depends on the material being handled. A facility handling shrink-wrapped pallets needs a different cut level than one handling metal banding or glass. The key discipline is to read the rating for the hazard you actually face, not to buy the highest number on the package, because heavier materials trade away dexterity and grip that a driver needs.
Cut-Resistant Gloves for Load Handling
The most common hand injury in material handling is a cut or laceration from sharp freight, banding, or damaged packaging. Cut-resistant gloves use high-performance fibers such as aramid or high-density polyethylene, often with a coating on the palm for grip. For forklift operators, the right cut-resistant glove is one that provides level protection for the material handled while leaving the fingertips thin enough to feel the control levers. Coated palms help with wet or oily loads, and seamless knit liners breathe better for full-shift wear. These gloves are also the right choice for the setup work around the truck, such as attaching chains or adjusting forks, where hands are near edges and pinch points.
Grip and Control Gloves
For pure driving, most operators want a glove with a grippy palm and a snug fit that keeps the steering wheel and levers under control without slippage. Nitrile-coated or polyurethane-coated palms provide excellent wet and dry grip, and lightweight versions preserve fingertip sensitivity. Grip gloves also reduce hand fatigue over a long shift, because the operator does not have to squeeze the wheel as hard to hold it. This is the category where fit matters most: a glove that is too loose can fold in the palm and actually reduce control, while one that is too tight restricts circulation and causes discomfort.
Weather and Cold-Storage Gloves
Cold-storage facilities and outdoor yards add a temperature dimension to glove selection. Insulated gloves keep hands functional in cold environments, but insulation also thickens the glove and reduces feel, so operators need a balance between warmth and control. In very cold work, a two-layer approach, a thin liner under an insulated shell, lets the operator strip the shell for fine tasks while keeping the hands warm. The same selection logic applies in hot or humid work, where lightweight, breathable gloves prevent sweating that degrades grip. Facilities in mixed climates often keep two glove types available and let the operator choose by conditions within a policy that sets minimum protection levels.
Impact and Abrasion Protection
Some forklift work carries impact hazards, such as working around dock levelers, heavy attachment installation, or handling loads with pinch points. Impact-resistant gloves add padding over the knuckles and back of the hand, protecting against crushing and striking injuries when hands are in confined spaces. Abrasion resistance matters for operators who handle rough or textured materials and for maintenance tasks around the truck. The ANSI/ISEA 105 abrasion rating helps compare these options. For most forklift operations, impact protection is a task-specific add-on rather than a daily driver, which is another reason the glove program should be tied to the hazard assessment.
Building a Glove Program
A practical glove program starts with the hazard assessment, selects one or two glove types that pass the assessment per task, and then manages fit and replacement. Gloves wear out; a glove with a hole, a torn seam, or a stiffened coating provides no more protection than bare skin, and it can even create a catch hazard near moving parts. Set a replacement threshold and inspect gloves in the same walk-around as the rest of the PPE. Training matters too: operators should know why they wear the glove they wear, and supervisors should watch for operators rolling gloves off for a task because the glove was the wrong one for the job. The whole PPE layer works best alongside engineered controls, which is why a complete review should include forklift safety equipment and the forklift safety systems guide.
Gloves are a small purchase with an outsized effect on operator safety and comfort. Match the glove to the task, respect the ratings, and replace them on schedule, and the hands that run your fleet stay protected. To see where hand protection and other PPE gaps fit in your overall risk picture, run the forklift risk assessment tool. For the full set of layered controls around your operation, review the forklift safety systems index or request a quote.
