In the field of modern textile industry and protective equipment manufacturing, the electrostatic performance of fabrics is an important factor affecting product quality and safety. With the improvement of people's quality of life and the increasingly stringent requirements for electrostatic control in industrial production, from daily clothing to special industrial fabrics, the attention to their electrostatic performance is increasing day by day. In order to meet consumers' pursuit of comfortable and safe wearing experience, as well as the high standards of packaging and protective fabrics in electrostatic sensitive industries such as electronics and medical care, textile and clothing companies continue to increase their investment in fabric electrostatic detection. As a professional device for detecting the electrostatic properties of fabrics, the fabric friction charge tester plays an indispensable role in the industry.

1. Application scenarios

1.1 Textile and clothing industry

In daily clothing production, static electricity generated by fabrics can cause problems such as discomfort in wearing and dust absorption. Through the fabric friction charge tester, clothing companies can screen out fabrics with excellent electrostatic performance and improve clothing quality and wearing comfort. At the same time, for functional clothing, such as outdoor windbreakers and thermal underwear, controlling the generation of static electricity is the key to ensuring their performance. The tester helps companies produce products that better meet consumer needs.

1.2 Electronic Industry

Electronic components are extremely sensitive to static electricity and may be damaged by static electricity discharge if not handled with care. Fabrics such as work clothes and packaging materials used in electronic factories must strictly control static electricity. The fabric friction charge tester is used to detect the static electricity characteristics of these fabrics, ensure the safety of the electronic production environment, and reduce the product defect rate and economic losses caused by static electricity.

1.3 Medical and health field

In the hospital environment, static electricity may interfere with the normal operation of medical equipment and even cause fires. Medical staff's work clothes, surgical gowns and fabric supplies in wards must have good anti-static properties. The fabric friction charge tester helps medical institutions select suitable fabrics to ensure the stability and safety of the medical environment.

2. Core technology

2.1 Precision friction system

The fabric friction charge tester is equipped with a high-precision friction device, which ensures that the friction conditions of the fabric are consistent during each test by accurately controlling the strength, speed and number of friction. The friction object is made of special materials, and its surface characteristics have been strictly screened and processed. It can produce stable and repeatable static electricity with different types of fabrics, providing a reliable friction environment for accurate detection.

2.2 High-sensitivity charge detection technology

Using advanced electrostatic induction principles, the charge detection device of the tester can quickly and accurately measure the extremely weak electrostatic charge on the surface of the fabric. The use of high-impedance amplifiers and low-noise sensors effectively improves the detection sensitivity and anti-interference ability, ensuring the authenticity and reliability of the measurement data.

The fabric friction charge tester plays a key role in ensuring fabric quality and promoting industry development. With the continuous growth of market demand and continuous technological innovation, it will demonstrate its value in more fields, create a safer and more comfortable living and working environment for people, and help the textile and related industries move towards a higher quality development stage.