ESD Protection Slipper

Anti-static slippers are widely used in many industries due to their unique anti-static function to ensure the safety of the working environment and the quality of products. The following are some of the main application industries: electronics industry, semiconductor and integrated circuit industry, pharmaceutical and biotechnology industry, aerospace and defense industry, petrochemical industry, optics and precision machinery industry, computer and data center, food and beverage industry. In short, anti-static slippers play an important role in many industries and are important protective equipment to ensure the safety of the working environment, product quality and personnel health.

The following is a detailed introduction to anti-static slippers:

1. Material and structure

•Sole: The sole of anti-static slippers is usually made of dissipative materials PU (polyurethane) or PVC (polyvinyl chloride). These materials have good conductivity and can conduct static electricity from the human body to the ground. In addition, the sole is also made of anti-static and anti-slip materials, which are sweat-absorbent and deodorizing, as well as anti-slip and wear-resistant.

•Upper: The upper material is diverse, including PVC leather, genuine leather, canvas, conductive silk, etc. These materials are not only beautiful, but also easy to clean and maintain.

•Overall structure: The sole and the upper are integrally formed, and are reinforced by the upper line to ensure the firmness and durability of the shoes.

2. Working principle

The working principle of anti-static slippers is to guide the static charge of the human body from the human body to the ground by wearing anti-static shoes and anti-static floors, thereby eliminating the static electricity of the human body. It requires a complete anti-static system with anti-static clothing, anti-static floors, etc. to achieve the best anti-static effect.

3. Features and Advantages

•Eliminate static electricity: Anti-static slippers can effectively conduct static electricity on the human body to the earth, eliminating the harm of static electricity to the human body and interference to electronic equipment.

•Comfortable and light: Made of lightweight materials, comfortable and light to wear, not easy to get tired, suitable for working environments where you stand or walk for a long time.

•Anti-slip and wear-resistant: The sole is made of anti-static and anti-slip materials, which has good anti-slip performance and strong wear resistance, extending the service life.

•Easy to clean: The upper material is easy to clean and maintain, keeping the shoes clean and hygienic.

4. Use and Maintenance

•Use environment: Anti-static slippers should be used in an anti-static ground environment to achieve the best anti-static effect.

•Wearing requirements: When wearing anti-static slippers, avoid wearing insulating woolen thick socks and insulating insoles at the same time to avoid affecting the anti-static effect. At the same time, anti-static slippers cannot be used as insulating shoes.

•Resistance test: Resistance tests should be performed regularly during wearing to ensure that the anti-static performance of the shoes meets the specified requirements. Generally, the resistance test should be carried out once every 200 hours. If the resistance is not within the specified range (between 100K ohms and 100M ohms), it cannot be used as an anti-static slipper.

Applications of anti-static slippers:

Artificial intelligence, new energy, electronic appliances, high-tech industries, optical optoelectronics, LCD screens, mobile communications, IT, semiconductors, bioengineering, medicine and health, food, precision instruments, aerospace, fine chemicals, automobile manufacturing, LED lighting and other industries;

ESD Protection Slipper Parameters

1) The measurement unit of the above data is mm;

2) Step on the white paper with the foot, point out the front and back long points with the pen, the distance between the two points is the correct foot length; 

3) There is a slight difference in the size of the left and right feet, and the data from Bigfoot should be used as the standard;

4) If the instep is high and the foot shape is wide and fat, it is recommended to choose one size larger; If the instep is flat and the foot shape is slim, it is recommended to choose a smaller size;

5) The measured size should be roughly the same as the usual size worn. If there is a significant deviation, it indicates that the measurement method is incorrect or the data is not accurate enough;

Please take your seat according to the above diagram and purchase shoes that match your foot shape and size. If you have any questions, please consult customer service.

The illustration is for reference only, please refer to the actual product.