Cut proof work gloves are an important protective tool, widely used in industry, construction, catering, medical and other fields to protect hands from sharp tools or objects. Their role is not only to reduce the risk of injury, but also to improve the safety and efficiency of operations. According to the different anti-cutting performance, cut-resistant gloves are usually divided into multiple levels, and the specific functions also vary with the improvement of the level. The following is a detailed analysis of the classification and function of cut-resistant gloves.

Classification of cut-resistant gloves

The level of cut resistant work gloves is usually based on international standards, such as European standards (EN 388) and American standards (ANSI/ISEA 105). They evaluate their protective capabilities by testing the performance of gloves against cutting, tearing, wear and other performance.

European standard EN 388

The EN 388 standard divides the anti-cutting performance into 6 levels (0-5). During the test, a rotating blade is used to apply uniform force to the gloves, and the number of cutting cycles is calculated to obtain the anti-cutting ability of the gloves:

Level 0: The lowest level, almost no anti-cutting ability, only suitable for light protection scenarios

Level 1: Suitable for protection against minor cuts, commonly used in household cleaning or light industry.

Level 2: Can resist medium risk of cuts, suitable for general assembly or packaging operations.

Level 3: Can cope with higher risk of cuts, widely used in automobile manufacturing, electronics industry, etc.

Level 4: Suitable for high-risk environments with frequent contact with sharp tools or cutting objects, such as metal processing.

Level 5: The highest level, with extremely strong cut resistance, suitable for high-risk scenarios such as glass manufacturing, construction and heavy industry.

American Standard ANSI/ISEA 105

The ANSI standard cut resistance level is divided into 9 levels (A1-A9), measuring the value of the cutting pressure applied by the blade to the glove in grams:

Level A1: The lowest level, with low protection ability, suitable for light industry and ordinary household use.

Level A2-A3: Suitable for medium-risk scenarios, such as maintenance and mechanical operation.

Level A4-A5: Used in high-risk environments, such as automobile manufacturing and metal processing.

Level A6-A9: Used in extremely high-risk environments, such as glass manufacturing, heavy industry, and professional cutting operations.

Other standards

Some countries or industries may have their own standards, such as Japan’s JIS standard and China’s GB standard. Although the specific division methods are different, the core test methods and evaluation ideas are similar.

The main functions of anti-cut gloves

Anti-cut work gloves not only perform well in resisting cutting injuries, but also have many other functions to meet the needs of different work scenarios.

Anti-cut function

This is the core function of anti-cut gloves. It uses high-performance materials (such as aramid fiber, ultra-high molecular weight polyethylene, metal wire, etc.) and special weaving technology to effectively prevent hands from being cut by sharp objects such as blades and glass fragments.

Wear and tear resistance

Anti-cut gloves usually have good wear resistance and tear resistance, and are suitable for working environments that require long-term contact with rough materials or high-intensity friction, such as construction sites, handling operations, etc.

Anti-puncture

Some anti-cut safety gloves can prevent sharp objects from puncturing, such as needles, nails or metal tips, while resisting cutting. They are particularly suitable for medical waste treatment or sharp object classification.

Anti-slip function

In order to enhance grip, some anti-cut gloves are designed with special coatings on the palm (such as latex, nitrile rubber or polyurethane coating), which can effectively reduce the risk of objects slipping and improve work efficiency.

Heat resistance

Some high-grade anti-cut gloves have heat resistance and can be used in high temperature environments, such as smelting, welding and other industries, to help reduce the risk of burns.

Chemical corrosion resistance

Cut-resistant gloves used in the chemical industry are usually resistant to chemical corrosion and can protect hands from chemical damage.

Comfort and flexibility

Modern anti-cut gloves are designed to pay more attention to comfort and flexibility. By using lightweight materials and ergonomic designs, the hands are more flexible and will not feel tired even if worn for a long time.

How to choose suitable anti-cut gloves

It is crucial to choose suitable anti-cut gloves according to the specific working environment and task requirements.

Here are some selection suggestions:

Clear risk level: Assess the possible cutting risks in the work and choose gloves of the corresponding level.

Pay attention to other functions: such as whether additional functions such as heat resistance, anti-slip, and anti-puncture are required.

Choose the right material: gloves made of different materials have different advantages and disadvantages, such as aramid fiber is light and high temperature resistant, and metal wire material has stronger puncture resistance.

Try-on experience: Make sure the gloves fit the hands, are flexible to operate and comfortable to wear.

As a professional protective product, anti-cut gloves can not only effectively reduce the occurrence of cutting injuries, but also adapt to a variety of special working environments. Understanding its classification and functions will help choose the most suitable gloves to ensure safe operation. In actual use, regularly checking the integrity of the gloves, using them correctly and replacing damaged gloves in time are also important links to ensure safety. By scientifically selecting and rationally using anti-cut gloves, we can greatly reduce the risk of hand injuries and improve work efficiency and safety levels.

MKsafety® is a trusted name in the personal protective equipment (PPE) industry, specializing in providing high-quality safety solutions for various sectors. With a commitment to innovation, durability, and user comfort, MKsafety® offers a comprehensive range of products designed to protect workers in challenging environments. Their product line includes safety shoes, gloves, helmets, and other essential PPE, all engineered to meet the highest safety standards and ensure the well-being of professionals worldwide.