Textile Anti Static Conductive Fiber Filament

Haining Taierxin New Materials Co., Ltd. is one of the most reliable manufacturers and suppliers of textile anti static conductive fiber filament in China. Please feel free to wholesale high quality textile anti static conductive fiber filament made in China here from our factory. Welcome to view our website for more information.

FAQ

1. The principle of electrostatic hazards?

The hazard of static electricity is due to the mechanical and energy effects of static electricity. The attraction or repelling of the charged body leads to the winding of the roller and the roller in the textile production, and the dust in the life of the clothing is absorbed; the energy of the electrostatic field in the process of electrostatic discharge is converted into heat, light, sound, electromagnetic wave and other energy modes, which is easy to cause The explosion of oil and pyrotechnics causes microelectronic devices to fail, and causes computer systems, communication equipment, and aerospace electronic equipment to malfunction, lose signals, and malfunction, resulting in accidents and disasters. The electrostatic field also has an adverse effect on the physiological state of the human body, such as an increase in blood pressure, a decrease in vitamin C content, and a feeling of fatigue.

2. How much textile anti static conductive fiber filament needs to be added to the fabric to achieve anti-static effect?

Adding 0.1% to 3% to the fabric can achieve the basic requirements of anti-static, and the comfort of the fabric is very close to the characteristics of the main fiber itself, and does not affect the comfort of wearing. When there are special requirements for anti-static, the ratio can be increased to 5%, and the anti-static performance can fully meet various needs.

3. How long does the antistatic effect last? Can the fabric be washed?

SUPRAM is a permanent conductive fiber that does not lose its antistatic properties due to friction, washing, bending, and stretching. The washing performance is different for different product models, but at least it can be washed for 100 times, up to 1000 times.

4. Can textile anti static conductive fiber filament be dyed?

Textile anti static conductive fiber filament made from carbon materials are black and are limited in use. So, the company has developed a series of conductive fibers such as gray and white. Its conductive components are SnO2, Sno2/sb, ZnO/Al, ZnO/Sn, etc. It has good electrical conductivity and can be used in ordinary civil textiles.

5. Is there a risk of electric shock when wearing anti-static clothing?

Anti-static clothing is made of sub-conductor fibers with a surface resistance of 10 to 10 Ω, and the human body's resistance is about 5000 Ω, which is much lower than the resistance of the fabric, so it does not cause accidental electric shock.

6. How can I add conductive fibers to the fabric?

The textile fibers have the same textile properties as ordinary fibers and can be mixed in many production processes: spinning, doubling, blending, weaving, knitting, weaving, etc.

7. Why produce anti-static textiles?

Static electricity is the oldest electrical phenomenon that humans know. The initial understanding of static electricity began with the harm it brought to human life. With the widespread use of polymer materials such as synthetic fibers and the extensive use of electrostatic sensitive devices such as microelectronic components, the problem of static electricity in textiles has become more and more serious and harmful.

Antistatic properties of conductive fiber

The fabric made of conductive fiber has permanent antistatic property, which effectively eliminates static electricity.

The antistatic overalls made by mixing conductive fibers can neutralize the electrostatic charge more effectively. Taking Japanese overalls as an example, the following analysis is made (mainly used in the electronic industry):

Fabric material: Japanese composite conductive fiber and polyester fabric

Analysis method: in the experimental analysis, the color of the conductive yarn is similar to that of its surrounding composite yarn, which is inconvenient for observation and analysis. After dyeing for 90 minutes with neutral dye at room temperature, the cross section of the conductive fiber is observed under the microscope after repeated washing and drying. The cross section of the conductive yarn is 41 pieces by the method of composite spinneret of polyester and conductive fiber.