Protect your hands from oil, acids, and scrapes while you’re working.

Nitrile gloves withstand deterioration from petroleum products and solvents such as alcohol.

Neoprene-coated latex gloves have a multi-layer construction that provides better protection against tears and pinholes than most single-layer gloves. Suitable for light duty jobs, they deteriorate faster than neoprene gloves.

Neoprene/latex blend gloves are flexible and comfortable. They are for lighter duty jobs than neoprene gloves.

Metal-detectable gloves have an additive that sets off metal detectors if they fall into your line. They’re also bright blue, so they’re easy to find and remove. They help you comply with Hazard Analysis and Critical Control Point (HACCP) programs to keep contaminated food from leaving your facility.

Wear-indicating gloves have a yellow, blue, or red inner layer that shows through as the coating wears off, making it easy to inspect for cracks, pinholes, and other signs of wear.

Textured gloves provide a better grip than smooth gloves.

Gloves without a lining offer the best dexterity. Gloves with a flocked cotton fiber lining are easy to take on and off.

Often used for cleaning lab spaces, these gloves withstand most acids, alcohols, and cleaning solutions. They also resist abrasion and offer good dexterity.

Food-service gloves are made of FDA listed materials for use with food.

Textured gloves provide a better grip than smooth gloves.

Gloves without a lining offer the best dexterity. Gloves with a flocked cotton fiber lining are easy to take on and off.

Wear as a liner or over other gloves to protect against esters as well as aromatic, chlorinated, and oxygenated solvents such as ketones and alcohols. Commonly used to handle spill cleanup, these silver-film gloves are a blend of polyethylene and EVOH (ethylene vinyl alcohol).

The lining withstands intermittent heat, while the outer layer of material acts as a barrier to chemicals and solvents. All of these gloves are textured on the fingers and palm for added grip.

Neoprene gloves with a cotton or fleece lining handle higher temperatures than nitrile/neoprene gloves, but they’re also thicker. They’re FDA compliant for use with food.

Cleaned and bagged in environments with low levels of particulates, these powder-free, unlined gloves won't contaminate your work area. They’re suitable for use in clean rooms rated to both Federal Standard and ISO classes. In both systems, clean rooms with lower class ratings have fewer contaminants.

Chemical-resistant gloves protect against incidental chemical contact such as spills and splashes.

Neoprene/latex/nitrile blend gloves have excellent chemical resistance as well as dexterity and are a good choice for cleaning components in acid baths or assembling circuits.

Textured gloves provide a better grip than smooth gloves.

Style D are the thickest clean room gloves we offer.

Seamless one-piece construction provides maximum strength and integrity. Use these gloves in glove boxes to safely handle hazardous substances or avoid contaminating sensitive materials. Attach them to a glove box using glove box mounting clamps (sold separately).

Latex gloves have moderate chemical resistance.

Nitrile gloves have good resistance to punctures, solvents, oils, and greases.

Neoprene gloves are for applications that require more chemical resistance and durability than latex gloves.

Polyethylene gloves stand up to ozone and many oxidizing chemicals. They also have a high level of abrasion resistance.

For applications that require frequent glove changes, the sleeves stay connected to the glove box so you can quickly change the size or type of glove being used. Use these gloves in glove boxes to safely handle hazardous substances or avoid contaminating sensitive materials. They fit 8" diameter glove box access holes. Attach gloves to sleeves using the included sleeve-to-glove connecting spring clamp and sleeve-to-glove connecting ring clamp. Attach sleeves to a glove box using glove box mounting clamps (sold separately).

Nitrile gloves have good resistance to punctures, solvents, oils, and greases.

The accordion design prevents the sleeve from collapsing and allows more air circulation. For applications that require frequent glove changes, the sleeves stay connected to the glove box so you can quickly change the size or type of glove being used. Use these gloves in glove boxes to safely handle hazardous substances or avoid contaminating sensitive materials. They fit 8" diameter glove box access holes. Attach gloves to sleeves using the included sleeve-to-glove connecting spring clamp and sleeve-to-glove connecting ring clamp. Attach sleeves to a glove box using glove box mounting clamps (sold separately).

Latex gloves offer the most dexterity of the glove box gloves we carry. They have moderate chemical resistance.

Nitrile gloves have good resistance to punctures, solvents, oils, and greases.

More flexible and portable than glove boxes, these glove bags are temporary enclosures that protect you while you work with hazardous or unknown material and isolate the material from outside air and moisture. They come with built-in gloves to shield your hands and prevent hand oils from getting inside. All have one or two zipper openings for depositing material and equipment. They collapse for storage and are sturdy enough to be used again, but replace them if they become contaminated.

Polyethylene bags have a tubing connector for inflating them with a gas supply. They come with polyethylene gloves, which resist ozone and many oxidizing chemicals. For extra protection, there are also cotton liner gloves.

PVC bags have a support frame for assembling them. To fill them with inert gas, use their barbed gas port fitting. They come with butyl gloves, which have excellent resistance to chemicals, vapors, and gases.