Safety gloves are protective garments worn that are worn over the hands for protection against dangerous or harmful environments. There are many different types of products. Examples include general-purpose safety gloves or sleeves, Kevlar gloves, welding gloves, and electrical gloves. Factors to consider when selecting safety gloves include: resistance to physical damage such as tearing or abrasion, the dexterity needed when the gloves are worn, the extent of coverage required, and specific hazards such as electricity or volatile organic chemicals (VOC).

Safety gloves made of many different kinds of materials. Leather work gloves provide protection against cuts and abrasions. For working with chemicals, polyvinyl chloride (PVC) gloves or nitrile-coated gloves are often recommended. Kevlar gloves and Kevlar sleeves are suitable for working with glass, metal, wire and other sharp objects. These products provide excellent cut/slash resistance and very good heat resistance. Kevlar gloves and other safety gloves may also resist organic solvents and diluted acids. Some designs are washable and breathable. Typically, Kevlar gloves are available in grip-enhancing coatings and patterns.   

Safety gloves are protective garments worn that are worn over the hands for protection against dangerous or harmful environments. There are many different types of products. Examples include general-purpose safety gloves or sleeves, Kevlar gloves, welding gloves, and electrical gloves. Factors to consider when selecting safety gloves include: resistance to physical damage such as tearing or abrasion, the dexterity needed when the gloves are worn, the extent of coverage required, and specific hazards such as electricity or volatile organic chemicals (VOC).

Safety gloves made of many different kinds of materials. Leather work gloves provide protection against cuts and abrasions. For working with chemicals, polyvinyl chloride (PVC) gloves or nitrile-coated gloves are often recommended. Kevlar gloves and Kevlar sleeves are suitable for working with glass, metal, wire and other sharp objects. These products provide excellent cut/slash resistance and very good heat resistance. Kevlar gloves and other safety gloves may also resist organic solvents and diluted acids. Some designs are washable and breathable. Typically, Kevlar gloves are available in grip-enhancing coatings and patterns.   

Safety gloves for welders must be able to withstand the heat generated and the process used. Safety gloves for gas tungsten arc welding are made of thin, pliable leathers such as deerskin, pigskin, or goatskin, which provide better sensitivity and dexterity. For welding at a high amperage range, however, thicker protection such as gloves made from side-split cowhide, elk skin, or thick deerskin is needed. These types of industrial gloves can withstand higher temperatures and provide greater resistance to cuts and abrasions. For protection against splatter-sticking, many welders use liquid or gel anti-splatter agents, which are applied directly to the welding surface, or via a welding gun nozzle and tips.

Electrical workers use safety gloves called electrical gloves. Rubber-insulated products provide protection against voltage and current. Leather gloves are then worn outside the rubber gloves to provide protection against cuts, abrasions and punctures. Electrical gloves should be produced through a seamless process and marked with a class and type appropriate for the task. Other types of safety gloves are also available.