If you buy gloves for a shop, you already know the frustration: one “all-purpose” model never fits every task. A glove that shrugs off sheet-metal edges is clumsy on a nitrile-sealed assembly line, and a warm winter glove is useless around solvents. Standardizing on a single stock-keeping unit looks tidy on a purchase order, but it usually means someone is either over-protected and slow, or under-protected and exposed.
The practical answer, and the whole idea behind this working-gloves resource, is a small, deliberate line-up: pick the right glove for each family of tasks, then keep that short list in stock. Below is a task-by-task guide to six work-glove types, what each one is genuinely good at, and where it falls short. Treat it as a starting framework, not a spec sheet — always match the final choice to your own hazard assessment.
1. General handling and assembly: coated knit gloves
For the bulk of day-to-day handling — moving parts, light assembly, packaging — a snug polymer-dipped knit glove is the workhorse. A palm-coated economy glove with PVC dots, like this dotted-grip work glove, gives grip and dexterity at a low per-pair cost, which matters when you burn through a lot of them.
Good for: dry handling, sorting, light assembly, high-turnover stations.
Watch out: minimal cut and puncture protection. If workers are reaching past sharp edges, this is not the glove.
2. Sharp edges and blades: cut-resistant gloves (rated by level)
Cut protection is the one area where guessing costs fingers. Modern cut-resistant gloves are rated on the ANSI/ISEA 105 scale from A1 (lightest) to A9 (highest). A mid-range option such as an A4 composite knit glove with foam-nitrile coating balances real cut resistance with enough feel for handling stamped parts and glass.
Good for: metal fabrication, glass and sheet handling, blade work.
Watch out: “cut-resistant” is not “cut-proof,” and the rating covers slicing — not puncture. Match the ANSI level to the sharpest edge the worker actually contacts, and step up a level rather than down when in doubt. Browse the full cut-resistant range before committing to one level shop-wide.
3. Solvents, oils and chemicals: coated or supported nitrile
Chemical protection is about the barrier, the length, and the contact time — not just the material name. For handling oils, degreasers and light chemicals, a supported nitrile-coated glove such as this nitrile-coated knit glove resists many common shop fluids while keeping some grip and comfort.
Good for: parts washing, light degreasing, oily handling.
Watch out: no single glove resists every chemical. Always check the manufacturer’s permeation and breakthrough data against the specific product’s safety data sheet before relying on it. For aggressive or prolonged exposure, move to a full unsupported chemical glove.
4. Disposable tasks and contamination control: nitrile gloves
When the job calls for single-use — inspection, food handling, quick chemical splash tasks, or anything where cross-contamination matters — reach for a boxed disposable. A 6-mil powder-free nitrile disposable is a sensible default: thicker than a thin medical glove, latex-free (avoiding allergy issues), and available across sizes.
Good for: short-duration, low-mechanical-stress tasks; keeping hands and product clean.
Watch out: disposables offer no cut or puncture protection and are meant to be changed often. Mil thickness affects durability and feel — thicker for handling, thinner for dexterity.
5. Cold and wet work: insulated coated gloves
In a Montreal winter, dexterity dies fast in the wrong glove. An insulated, liquid-repellent coated glove — for example an insulated polyurethane-coated nylon glove — keeps hands warm and dry outdoors or in cold storage while still allowing a real grip.
Good for: outdoor work, loading docks, freezers, wet cold handling.
Watch out: “insulated” ratings vary widely, and a warm glove is often a thicker, less dextrous one. Match the insulation to actual exposure time and temperature rather than buying the warmest option by default. See more cold-resistant options for milder shoulder-season conditions.
6. Vibration and repetitive impact: anti-vibration gloves
Tool operators running grinders, jackhammers or impact wrenches face a slower hazard: hand-arm vibration, which over time contributes to conditions like hand-arm vibration syndrome. Padded anti-vibration gloves such as these padded anti-vibration gloves add dampening pods to reduce the energy reaching the hand.
Good for: prolonged use of vibrating or high-impact tools.
Watch out: gloves are one control, not a cure. They should sit alongside limiting exposure time, tool maintenance and job rotation. Government resources such as the CCOHS overview of hand-arm vibration are a useful reference when building a program.
How to build your shop’s short list
You do not need all six on the shelf. For a quick refresher on the categories, our gloves overview lays them out by use. Map your real tasks to hazards, then stock the two or three glove families that cover the majority of your work, plus a specialty box (cut, chemical or cold) for the exceptions. A quick way to start:
- List the tasks, not the departments — handling, cutting, degreasing, cold work, tool operation.
- Pin the worst hazard in each task: sharp edge level, chemical type and contact time, temperature, vibration exposure.
- Pick one glove per task family, sized correctly. A glove that does not fit gets removed, and a bare hand is the real risk.
- Re-check fit and wear periodically, and confirm your choices against the relevant safety data sheets and manufacturer ratings.
If you want to compare the full range side by side, the work gloves category and the broader personal protection section are a good place to see how each family lines up by task.
This guide is general information to help frame purchasing decisions. It does not replace a workplace hazard assessment, manufacturer instructions, or applicable CNESST/CSA requirements. When exposure is serious — high cut levels, aggressive chemicals, prolonged vibration — confirm your selection with the product data and, where needed, a safety professional.