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-coated neoprene gloves have a double-dipped construction for more abrasion resistance than neoprene-coated latex gloves.

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 cotton fabric lining and fleece fabric lining absorb perspiration.

Resistant to most acids, alcohols, and cleaning solutions, these gloves are often used for cleaning laboratories and general maintenance work. They’re tough enough to stand up to abrasions but stay flexible for tasks that require precision.

Textured gloves give you a stronger grip on oily or wet objects than smooth gloves. Smooth gloves are grippy enough to handle dry objects. They allow for more precise handling than textured 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. 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. This rating is similar to ANSI/ISEA 105. FDA-compliant gloves are safe for direct contact with food.