1. How to classify cut-resistant gloves

The more common standard for the classification of cut-resistant gloves is the European Union BS EN 388 (equivalent to the Australian/New Zealand standard AS/NZS 2161.3). The standard specification covers 4 mechanical risks. They are anti-wear, anti-cut, anti-tear and anti-stab. Gloves conforming to the specifications must be marked with a shield with the image of a blacksmith hammering iron. And express the protection level from 1 to 4. The cut resistance rating of some cut-resistant gloves can reach the highest level of 5. Sometimes "x" and "0" are also used. Indicates not applicable and a rating lower than "1", respectively. Cut-resistant gloves must also meet the general, comfort and efficiency, test procedures and marking and information requirements set out in the BS EN 420 standard. For example, water penetration, the amount of hexavalent chromium released from leather gloves, etc.

The cut-resistant test process of cut-resistant gloves is: take a sample from the palm of the glove. Cross-cut back and forth with a tungsten steel rotary cutter. And record the number of revolutions required to cut through the sample. To compare the results of a standard cotton sample that was also staggered for comparison testing. The higher the calculated index. The stronger the anti-cut performance. However, the cut resistance test is not suitable for very hard materials.

2. What are the materials of cut-resistant gloves?

1. Kevlar (aramid fiber): Aramid fiber is an aromatic polyamide product. The primary color of the fiber is yellow. Strong yet lightweight, flexible and 5 times stronger than steel of the same weight. It is flame retardant and will not melt at high temperature. Therefore, it is more suitable for workers who work in high temperature. For example: metal smelting, industrial welding, glass processing, etc.

2. Dyneema/Spectra (high-strength polyethylene fiber): tough and light, good fit and good wear resistance. The coefficient of friction is small. high strength. It is more than ten times that of steel wire with the same cross section. It is mostly used for high-intensity industrial workers. Examples: metalworking, body assembly, stamping operations, etc.

3. Steel wire and polyester fiber: steel wire gloves have the highest cut resistance. A knife edge suitable for manual handling. In addition to the application in the food processing industry. It is also used to defend against animal bites.

3. Performance of anti-cut gloves

1. Anti-cut, anti-stab, anti-skid, wear-resistant.

2. It has super cutting resistance, wear resistance and stab resistance.

3. It can effectively protect the hands from being cut by sharp edges such as knives.

4. Excellent anti-slip performance can protect objects from falling when grabbing objects.