The gloves are cut garment production, meat and mechanical equipment manufacturing, metallurgy industry, engineering construction, laminated glass, sheet metal production and processing and other manufacturing industry the necessary protective equipment, is a petroleum chemical industry equipment, mining, smelting meat segmentation, metal laser cutting processing, the disaster rescue and relief labor protection articles and other manufacturing industries.

At present, the common anti-cutting gloves on the market are divided into stainless HPPE gloves, steel gloves and other materials of anti-cutting gloves. The service life of a pair of anti-cutting gloves is equal to 500 pairs of general wire gloves, which has incomparable anti-cutting characteristics and wear resistance.

Wire glovesThe key ingredient in the glove is the fine stainless steel wire, which is usually first made into an enveloping yarn and then woven into the glove. This glove is hard.

HPPE glovesThere is a difference in the cutting grade of HPPE gloves. There are three or five levels of gloves. The fifth level can be achieved only by adding glass fiber into the gloves. However, glass fiber is easy to break and its performance is not very good. It is common to soak PU glue in the palm of HPPE glove.

How to classify the grade of anti-cutting glovesThe more common standard for the classification of anti-cutting gloves is EU BS EN 388 (equivalent to Australian/New Zealand standard AS/NZS 2161.3). The standard covers four mechanical risks, namely, anti-grinding, anti-cutting, anti-tearing and anti-stabbing. Gloves conforming to the specification shall be marked with a blacksmith's hammer and iron shield and shall be graded on a scale of 1 to 4. Some gloves may be graded up to level 5.In some cases,  "x" and "0" are also used to indicate inapplicability and ratings below "1", respectively. Anti-cutting gloves shall also meet the requirements set out in BS EN 420 for general, comfort and efficiency, test procedures and marking and information, such as water penetration, amount of hexavalent chromium released from leather gloves, etc.