Often worn when handling electronic components, these gloves drain static electricity to protect sensitive parts from damage. Made from synthetic rubber, they’re a good option for those with latex allergies. Plus, they resist spills and splashes from oil, acids, and solvents. They’re textured to give you a secure grip on both wet and oily objects. To prevent particulates from contaminating your work, they’re also powder-free. All are FDA compliant for direct contact with food.

Nitrile gloves are more resistant to oil and grease than neoprene gloves. They also resist punctures and tears better than neoprene. It’s common to wear them to grease machines or service engines.

Gloves that meet EN 374 are rated to European standards for protection from chemicals.

Cleaned and bagged in areas with low levels of particulates, these powder-free gloves are safe to use in clean rooms. They help you keep skin oil, microbes, and dust from contaminating your work. The thicker the gloves, the better they resist wear.

Static-control gloves drain static electricity to prevent damage to sensitive electronic parts. Chemical-resistant gloves protect against spills, splashes, and other brief contact with chemicals.

Latex gloves are the most form-fitting, so they’re the best choice for detailed work. Nitrile gloves are a good alternative to latex when allergies are a concern. They also resist oil. Neoprene/latex/nitrile blend gloves have excellent chemical resistance, and they won’t limit your dexterity. They’re often used for assembling circuits or cleaning components in acid baths. Polyisoprene gloves are nearly as form-fitting as latex gloves, and they’re more durable. They let you feel finer details than nitrile gloves. Neoprene gloves resist acids and other harsh chemicals. Textured gloves give you a stronger grip than smooth gloves. Smooth gloves allow for more precise handling than textured gloves.

Gloves with a sterility assurance level (SAL) are irradiated with gamma rays to ensure sterilization.

Gloves that meet EN 374 are rated to European standards for protection from chemicals. Gloves with a Type A or Type B rating resist chemical permeation for at least 30 minutes. A Type A rating means they are tested against twice as many chemicals as gloves with a Type B rating.

Gloves that meet EN 388 are rated to European standards for resistance to abrasions, cuts, tears, or punctures.

A blend of neoprene, latex, and nitrile makes these gloves strong, elastic, and resistant to chemicals. They’re durable enough for cleaning up spills and other messy jobs, yet thin enough for nimble tasks such as assembling parts. The textured surface helps you grip slippery materials.

These gloves meet EN 374 standards for protection against chemicals. They’re also FDA compliant for direct contact with food. Don't worry about contamination—they're single-use, and the powder-free liner won't shed particles.

Resistant to most acids, alcohols, and cleaning solutions, these gloves are often used for cleaning laboratories and general maintenance work. They stay flexible for tasks that require precision.

Textured gloves give you a stronger grip on oily or wet objects than smooth gloves. Gloves with a lining are more comfortable than unlined gloves but give you less tactility.

Gloves that meet EN 374 are rated to European standards for protection from chemicals. Gloves with a Type A or Type B rating resist chemical permeation for at least 30 minutes. Gloves that meet EN 388 are rated to European standards for resistance to abrasions, cuts, tears, or punctures. This rating is similar to ANSI/ISEA 105. FDA-compliant gloves are safe for direct contact with food.

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. These gloves are commonly used to handle spill cleanup. They’ve been tested according to EN 374 against different classes of chemicals. A Type A rating means they resist permeation for at least 30 minutes. These silver-film gloves are made from a blend of polyethylene and EVOH (ethylene vinyl alcohol).

Often worn when stress-testing semiconductors—where parts go from freezer to furnace—these gloves won't contaminate your clean room. They’re cleaned and bagged in environments with low levels of particulates. These gloves also give you more dexterity when handling items than the basic pinching you get with mitts. Plus, they're ambidextrous, so you can wear them on either hand to extend their life.

Silicone rubber gloves meet EN 374 standards for protection against chemicals. And unlike aramid fabric gloves, they can be used to handle wet material.

Dip components into acid baths, assemble circuits, and take on other clean room tasks involving hazardous chemicals. Made from a blend of neoprene, latex, and nitrile, these gloves withstand harsh substances such as hydrochloric acid and isopropyl alcohol. They’re flexible enough to let you handle small parts with control. Cleaned and bagged in an environment with low levels of particulates, these gloves won't contaminate your clean room. Plus, they're powder-free and unlined, so they won't shed particles either.

All meet EN 374, a European safety standard for protection from chemicals. Rated Type B, they resist chemical permeation for at least 30 minutes. They also meet EN 388 standards for resistance to abrasions, cuts, and tears.

Gloves with a sleeve extend past the elbow to protect the full hand and arm.