Jiangsu Textile Research Institute Inc.

Anti-static gloves are designed to protect the human body and sensitive electronic equipment from static electricity under specific circumstances. Choosing the right anti-static gloves is crucial. It not only affects work efficiency and safety, but is also directly related to the protection and performance of the equipment. This article will introduce several key factors in choosing suitable anti-static gloves.

1. Material

Anti-static gloves are usually made of special materials, such as natural rubber, nitrile rubber or polyester fiber. When choosing glove materials, consider the work environment and needs. For example, in work environments involving chemicals, nitrile rubber gloves may be more suitable because they are chemically resistant. Polyester gloves are suitable for static-sensitive work environments because they have good static dissipative properties.

2. Size and comfort

Choosing the right glove size is very important. Gloves that are too big or too small can affect work efficiency and hand dexterity. Make sure the glove fits the hand snugly but does not restrict finger movement. Additionally, it is important to choose gloves with good comfort levels to ensure comfort when worn for long periods of time.

3. Anti-static performance

Effective anti-static gloves should be able to direct static electricity away from the body and dissipate it quickly. Make sure the gloves have good conductive properties to reliably discharge accumulated static electricity. Gloves usually come in different anti-static grades, choose the appropriate grade based on your work needs. Additionally, some gloves may have an anti-static coating for extra protection.

4. Wear resistance and durability

When choosing anti-static gloves, considering their abrasion resistance and durability are also important factors. Particularly for tasks that require wearing gloves for long periods of time or that involve frequent finger manipulation at work, the gloves should be durable enough to guarantee their effectiveness and performance.

5. Comply with standards and certifications

Finally, make sure the anti-static gloves you choose meet relevant standards and certifications. For example, gloves that meet ISO 9001 standards and ESD S20, 20 standards generally have higher quality and performance guarantees. In addition, some industries may have specific standards and certification requirements, such as medical, aerospace, or electronics manufacturing. Ensuring gloves meet applicable standards and certifications provides greater assurance and reliability.

6. Consider environmental factors

When choosing suitable anti-static gloves, you should also consider the special factors of the work environment. For example, if the working environment has high or low temperatures, you should choose high-temperature-resistant or heat-insulating gloves. For workplaces with humid conditions, you may want to choose waterproof or moisture-resistant gloves. Ensuring that the materials and properties of the gloves are adapted to the specific work environment can provide better protection and adaptability.

7. Tested and evaluated

It's best to test and evaluate anti-static gloves before choosing them. This can include evaluating key metrics such as the glove's static dissipation rate, static resistance, conductive properties and comfort. Real-world testing ensures that the gloves perform as expected and meet specific job requirements.