These nitrile chemical-resistant gloves are unsupported. Nitrile gloves resist oils, grease, hydrocarbons, animal fats, punctures, and abrasion. They have good resistance to acids, some organic solvents, pesticides, and fuel. Unsupported gloves have a good sense of touch and are less durable than supported gloves, making them a good choice when gloves come into contact with chemicals but are not fully submerged.

These unlined chemical-resistant gloves (sometimes called canner's gloves) are made of natural-rubber latex. Chemical-resistant natural-rubber latex gloves provide good resistance to some acids, alcohols, caustics, and detergents. They have poor resistance to oils, greases, hydrocarbons, and organic solvents. Latex has high elasticity and dexterity, exceptional grip in wet and dry applications, and good resistance against rips and tears. It can cause allergic reactions in some people. Unlined gloves provide a better sense of touch and better dexterity than lined gloves. They are used when handling laboratory equipment, preparing food, and cleaning. Unsupported gloves have a good sense of touch and are less durable than supported gloves, making them a good choice when gloves come into contact with chemicals but are not fully submerged.

These natural-rubber latex chemical-resistant gloves have an unsupported flocked cotton liner. Chemical-resistant natural-rubber latex gloves provide good resistance to some acids, alcohols, caustics, and detergents. They have poor resistance to oils, greases, hydrocarbons, and organic solvents. Latex has high elasticity and dexterity, exceptional grip in wet and dry applications, and good resistance against rips and tears. It can cause allergic reactions in some people. The unsupported cotton flock liner has a good sense of touch and absorbs perspiration to keep hands drier longer than unlined gloves, making them more comfortable and easier to put on and take off.

These neoprene chemical-resistant gloves have a supported cotton liner. Neoprene gloves are flexible, have a high tensile strength, and are resistant to a broad range of oils, acids, alcohols, fats, ketones, caustics, solvents, greases, and petrochemicals. The supported cotton liner is incorporated into the glove material to increase durability and absorb moisture and perspiration to keep hands dry. Cotton is more comfortable and breathable than synthetic and blended materials. Supported gloves incorporate the liner into the glove for better durability over unsupported gloves, making them a good choice for tasks when gloves are fully submerged in liquid.

These butyl chemical-resistant gloves are unsupported. Butyl gloves have a high permeation resistance to gases and water vapors and provide heavy chemical resistance to esters, ketones, and acids. Butyl is very elastic and remains flexible at low temperatures. Unsupported gloves have a good sense of touch and are less durable than supported gloves, making them a good choice when gloves come into contact with chemicals but are not fully submerged.

These PVC chemical-resistant gloves have a supported cotton liner. Polyvinylchloride (PVC) gloves are abrasion-resistant and provide excellent resistance to acids, fats, and petroleum hydrocarbons. PVC remains flexible at a wide range of temperatures and can be used at low temperatures such as those encountered when working outdoors with refrigerated items. The supported cotton liner is incorporated into the glove material to increase durability and absorb moisture and perspiration to keep hands dry. Cotton is more comfortable and breathable than synthetic and blended materials. Supported gloves incorporate the liner into the glove for better durability over unsupported gloves, making them a good choice for tasks when gloves are fully submerged in liquid.

These PVC chemical-resistant gloves have a supported cotton jersey liner. Polyvinylchloride (PVC) gloves are abrasion-resistant and provide excellent resistance to acids, fats, and petroleum hydrocarbons. PVC remains flexible at a wide range of temperatures and can be used at low temperatures such as those encountered when working outdoors with refrigerated items. Cotton jersey liners are soft, warm, and absorb moisture. They are more flexible than other cottons and more comfortable and breathable than blended materials. Supported gloves incorporate the liner into the glove for better durability over unsupported gloves, making them a good choice for tasks when gloves are fully submerged in liquid.

These natural-rubber latex chemical-resistant gloves have a full-dipped neoprene coating and an unsupported flocked cotton liner. Chemical-resistant natural-rubber latex gloves provide good resistance to some acids, alcohols, caustics, and detergents. They have poor resistance to oils, greases, hydrocarbons, and organic solvents. Latex has high elasticity and dexterity, exceptional grip in wet and dry applications, and good resistance against rips and tears. It can cause allergic reactions in some people. The neoprene coating on the entire glove is resistant to a broad range of oils, acids, alcohols, fats, ketones, caustics, solvents, greases, and petrochemicals. It is also heat-resistant and has excellent flexibility. The unsupported cotton flock liner has a good sense of touch and absorbs perspiration to keep hands drier longer than unlined gloves, making them more comfortable and easier to put on and take off.

These neoprene chemical-resistant gloves have an unsupported flocked cotton liner. Neoprene gloves are flexible, have a high tensile strength, and are resistant to a broad range of oils, acids, alcohols, fats, ketones, caustics, solvents, greases, and petrochemicals. The unsupported cotton flock liner has a good sense of touch and absorbs perspiration to keep hands drier longer than unlined gloves, making them more comfortable and easier to put on and take off. Unsupported gloves have a good sense of touch and are less durable than supported gloves, making them a good choice when gloves come into contact with chemicals but are not fully submerged.

These neoprene chemical-resistant gloves have a full neoprene coating and a supported Interlock liner. Neoprene gloves are flexible, have a high tensile strength, and are resistant to a broad range of oils, acids, alcohols, fats, ketones, caustics, solvents, greases, and petrochemicals. Fully coated gloves protect both sides of the hand from abrasion and liquid and provide an added layer of protection. The interlock liner is a tight knit cotton with a smooth texture. Supported gloves incorporate the liner into the glove for better durability over unsupported gloves, making them a good choice for tasks when gloves are fully submerged in liquid.

These butyl/Viton-blend chemical-resistant gloves are unsupported. Butyl/Viton-blend gloves are soft, flexible, and provide excellent protection against aggressive chemicals, such as hydrocarbons and concentrated mineral acids. Unsupported gloves have a good sense of touch and are less durable than supported gloves, making them a good choice when gloves come into contact with chemicals but are not fully submerged.

These neoprene chemical-resistant gloves have a supported polyester liner. Neoprene gloves are flexible, have a high tensile strength, and are resistant to a broad range of oils, acids, alcohols, fats, ketones, caustics, solvents, greases, and petrochemicals. The supported polyester liner is lightweight, has a smooth texture, wicks moisture away from the skin, and is durable when working submerged in liquid.

These PVC chemical-resistant gloves have a full-dipped PVC coating and a supported interlock liner. Polyvinylchloride (PVC) gloves are abrasion-resistant and provide excellent resistance to acids, fats, and petroleum hydrocarbons. PVC remains flexible at a wide range of temperatures and can be used at low temperatures such as those encountered when working outdoors with refrigerated items. Fully coated gloves protect both sides of the hand from abrasion and liquid and provide an added layer of protection. The interlock liner is a tight knit cotton with a smooth texture. Supported gloves incorporate the liner into the glove for better durability over unsupported gloves, making them a good choice for tasks when gloves are fully submerged in liquid.

These PVC chemical-resistant gloves have a supported interlock liner. Polyvinylchloride (PVC) gloves are abrasion-resistant and provide excellent resistance to acids, fats, and petroleum hydrocarbons. PVC remains flexible at a wide range of temperatures and can be used at low temperatures such as those encountered when working outdoors with refrigerated items. The interlock liner is a tight knit cotton with a smooth texture. Supported gloves incorporate the liner into the glove for better durability over unsupported gloves, making them a good choice for tasks when gloves are fully submerged in liquid.

These butyl chemical-resistant gloves are unsupported and have a full-dip Viton coating. Butyl gloves have a high permeation resistance to gases and water vapors and provide heavy chemical resistance to esters, ketones, and acids. Butyl is very elastic and remains flexible at low temperatures. The full-dipped Viton coating covers the entire glove and is flexible and highly resistant to chemicals such as chlorinated, aliphatic, and aromatic hydrocarbons. Unsupported gloves have a good sense of touch and are less durable than supported gloves, making them a good choice when gloves come into contact with chemicals but are not fully submerged.