OSHA does not recommend a single type of glove for all workplaces. Instead, the agency requires employers to select gloves based on the specific hazards present in each job task. Under standard 1910.138, employers must provide hand protection whenever workers face risks like chemical burns, severe cuts, punctures, thermal burns, harmful temperature extremes, or skin absorption of toxic substances. The right glove depends entirely on what you’re protecting against.
How OSHA Expects Glove Selection to Work
OSHA’s approach is hazard-first, not material-first. Before choosing any glove, employers must conduct a formal workplace hazard assessment under standard 1910.132. This means evaluating every task where hands are at risk, identifying the specific dangers (chemical splash, sharp edges, electrical contact, extreme heat), and then selecting gloves whose performance characteristics match those dangers. The employer must document this assessment in writing, including who performed it and when.
Selection also has to account for practical factors: how long the gloves will be worn, whether dexterity matters for the task, and whether the gloves themselves could create a new hazard (like getting caught in machinery). Thicker gloves generally offer more protection but reduce grip and fine motor control, so the choice is always a tradeoff. Employers are required to pay for all gloves mandated by OSHA standards, with very few exceptions.
Chemical-Resistant Glove Materials
For chemical hazards, OSHA identifies several glove materials, each suited to different chemical classes. No single material protects against everything. The main options are natural rubber (latex), nitrile, neoprene, butyl rubber, and specialty plastics like polyvinyl chloride (PVC) and fluorocarbon rubber.
- Nitrile gloves excel with oils, greases, fuels, acids, and caustics. They rate “very good” for kerosene, diesel fuel, unleaded gasoline, and linseed oil. They’re generally not recommended for strong oxidizing agents, aromatic solvents, or ketones.
- Neoprene gloves offer broad protection against hydraulic fluids, gasoline, alcohols, organic acids, and alkalis. They rate “very good” against most common acids, including acetic, hydrochloric, and phosphoric acid.
- Butyl rubber gloves are the go-to for highly corrosive acids (nitric, sulfuric, hydrofluoric), peroxides, alcohols, aldehydes, and ketones. They also stay flexible in cold temperatures. However, they perform poorly with hydrocarbon solvents.
- Natural rubber (latex) gloves handle most water-based solutions of acids, alkalis, salts, and ketones. They offer good elasticity and temperature resistance but rate poorly against oils, fuels, and many organic solvents.
- PVC and specialty plastic gloves can be blended or layered with other materials for jobs that require resistance to multiple chemical families.
A few chemicals are especially tricky. Benzene and toluene, for example, rate poor to fair across almost all standard glove materials. Chloroform rates poorly for latex and butyl rubber. For these substances, gloves are rated for “limited service” only, meaning they should be used for brief contact and replaced frequently. If your workplace handles unusual or highly toxic chemicals, the glove manufacturer’s permeation data is the most reliable guide.
Cut and Puncture-Resistant Gloves
For jobs involving sharp tools, metal edges, glass, or other cutting hazards, OSHA requires gloves that resist cuts and punctures. The agency doesn’t define its own cut-resistance rating system. Instead, it points employers toward the ANSI/ISEA 105 standard, which classifies gloves from level A1 (light cut protection) through A9 (extreme cut protection) based on how much force is needed to cut through the material.
Following ANSI/ISEA 105 is technically voluntary, but using its rating system is considered a reliable way to demonstrate compliance with OSHA’s requirement to provide “appropriate” hand protection. A warehouse worker handling cardboard might need an A2-rated glove, while someone working with sheet metal or broken glass would need A4 or higher. Puncture resistance is rated separately on a scale from 1 to 5.
Electrical Insulating Gloves
Electrical work has the most prescriptive glove requirements in OSHA’s standards. Under 1910.137, rubber insulating gloves are classified from Class 00 through Class 4, each rated for a specific maximum voltage:
- Class 00: up to 500 volts AC
- Class 0: up to 1,000 volts AC
- Class 1: up to 7,500 volts AC
- Class 2: up to 17,000 volts AC
- Class 3: up to 26,500 volts AC
- Class 4: up to 36,000 volts AC
These gloves must pass proof-test voltages far above their rated use voltage. A Class 0 glove, for instance, must withstand 5,000 volts during testing despite being rated for only 1,000 volts in service. Every pair must be electrically tested before first use and retested every six months. If gloves sit in storage without being issued, they can’t be put into service unless tested within the previous 12 months. Any glove suspected of compromised insulation must be retested before further use.
Bloodborne Pathogen Protection
Healthcare and any work involving potential contact with blood or infectious materials falls under OSHA’s Bloodborne Pathogens standard (1910.1030). Gloves are required whenever a worker may touch blood, other potentially infectious materials, mucous membranes, non-intact skin, or contaminated surfaces.
The standard distinguishes between two categories. Disposable gloves, like surgical or examination gloves, must be single-use. They cannot be washed or decontaminated for reuse and should be replaced immediately if torn, punctured, or contaminated. Utility gloves (thicker, reusable types) may be decontaminated and reused as long as they show no cracks, peeling, tears, or other deterioration. The moment their barrier function is compromised, they must be discarded.
For workers who don’t handle infectious materials, NIOSH recommends using non-latex alternatives like nitrile or vinyl for routine tasks such as food preparation, housekeeping, and general maintenance. This reduces the risk of developing latex sensitivity, which can progress from skin irritation to serious allergic reactions with repeated exposure. If latex gloves are necessary for infection control, powder-free versions with reduced protein content pose the lowest allergy risk.
Thermal and Heat-Resistant Gloves
OSHA requires hand protection for both extreme heat and extreme cold but doesn’t specify particular materials by name in its thermal hazard standards. In practice, the choice depends on the type of heat exposure. Leather or leather-reinforced gloves are common for welding and handling hot objects. Aluminized gloves reflect radiant heat in foundry or furnace work. For cold environments, butyl rubber is notable for maintaining flexibility at low temperatures, while insulated leather or synthetic gloves are typical for outdoor cold-weather tasks.
Choosing the Right Glove for Your Job
The practical takeaway from OSHA’s standards is that glove selection is never one-size-fits-all. A single workplace might need nitrile gloves at one station, cut-resistant gloves at another, and insulated rubber gloves in the electrical panel room. Your employer is legally required to assess each task, choose gloves that match the hazard, provide them at no cost, and explain to you why that specific glove was selected. If you’re handling chemicals, ask whether the glove material has been matched to the specific substances you work with, not just the general category. If you’re doing electrical work, check that your gloves are within their six-month testing window and marked with the correct voltage class for the job.