Jiangsu Textile Research Institute Inc.

With the rapid development of science and technology, the precision and sensitivity of electronic equipment and components are also constantly improving. However, the damage caused by static electricity to these devices is a problem that cannot be ignored. As a professional tool, antistatic gloves play a vital role in static-sensitive environments such as electronic manufacturing, semiconductor industry, and laboratories.

1. Characteristics of antistatic gloves

Conductive Materials: The core feature of antistatic gloves is their material selection. Typically, these gloves are made of fabric containing conductive fibers such as carbon fiber, copper fiber, etc. These conductive fibers can effectively conduct static electricity away from the surface of the glove, thereby preventing static electricity from accumulating.

Comfort: To ensure long-term wearing comfort, antistatic gloves are generally made of lightweight, breathable materials, such as nylon or polyester. Not only are these materials soft, they are also breathable and suitable for long-term use.

Flexibility: Finger dexterity is critical when operating precision electronic equipment. antistatic gloves are usually designed to fit the hand very well, with excellent flexibility and touch, so that operators are not affected when handling small components.

Durability: antistatic gloves must have high abrasion resistance and be able to withstand frequent use and friction. These gloves are specially treated for a long life, ensuring effective protection in a variety of work environments.

2. Usage scenarios of antistatic gloves

Electronics manufacturing: During the production of electronic components, printed circuit boards (PCBs) and other precision equipment, static electricity can cause component damage or even failure. antistatic gloves can effectively prevent this from happening and protect the quality of electronic products.

Semiconductor Industry: The manufacturing and handling of semiconductor wafers and chips is particularly sensitive to static electricity. Any electrostatic discharge (ESD) may cause product failure. antistatic gloves are essential in these environments, ensuring the safety of the production process and the reliability of the product.

Laboratory: In scientific research laboratories, when handling experimental materials or equipment that are sensitive to static electricity, antistatic gloves can provide necessary protection to avoid distortion of experimental data due to electrostatic interference.

Computer repair: During computer hardware repair and assembly, using antistatic gloves can prevent static electricity from damaging the hardware and ensure the safety and normal operation of computer components.