Textile Conductive Fiber

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

Application

Textile conductive fiber is functional fiber that is based on electron conduction and are electrostatically eliminated by electron conduction and corona discharge. Since the fiber contains free electrons, its antistatic property has no humidity dependence; the conductive fiber has a short charge half life, and in any case, it can eliminate static electricity in a very short time, and uses conductive fibers to prevent static electricity generation and damage. Wide range of environmental adaptability. According to the conductivity of the conductive fiber and the structure of the fabric, an antistatic effect can be achieved by mixing 0.05% to 5% of the conductive fibers in the general fiber. Workwear made of conductive fiber with antistatic effect, suitable for oil field, petroleum processing, coal mining, electronics industry, photographic materials industry and other flammable and explosive occasions, also suitable for dust-free aseptic clothing or special filter materials Wait.

Introduction

1. Static troubles: When you are shaking hands or pulling the door, there must be an experience of close contact with static electricity. If the clothing is not made of antistatic fiber, it is easy to generate static electricity due to friction. The accumulated electrostatic charge is not only easy to cause dust to adhere, but also entangles the limbs, and the constant electric shock will bring many troubles. In flammable and explosive areas, static electricity in the human body can also cause fires.

2. Elimination of the principle of static electricity: friction between textiles generates electric charge, but due to the insulation of the fiber itself, the generated electric charge cannot escape, thereby forming so-called static electricity. Whether the generated charge can be guided away in time is the key to eliminating static electricity. The conductive principle of semi-conductive fibers is based on free electrons and corona discharge. When grounded, it can be electrically conductive by free electrons. When it is not grounded, it can be corona discharge.

The effect of organic carbon black conductive fiber developed by our company has been widely praised in the industry. The product is embedded in high-grade fur, suit, fashion and underwear lining, which can solve the static problem of textiles permanently and efficiently, so that our life is not Worried about static electricity.

Composite method of organic conductive fiber and common fiber

Different levels of antistatic effect can be achieved when the content of the organic conductive fiber in the fabric is several parts per million to 10,000 parts per million. Therefore, the conductive fibers are not used in "pure spinning", and must be reasonably hybridized with other ordinary fibers to uniformly distribute the conductive fibers to the base fabric. The end use of textiles is different, and their antistatic properties and appearance requirements are also different. Some textiles need to be conductive

The fibers are tightly concealed and must not be exposed, so that the products have antistatic ability and do not show conductive fibers, such as fabrics and fashion fabrics; some textiles require highlighting and exaggeration of conductive fibers.

Use, when it has antistatic properties, it also advertises its antistatic function, which plays a role in marking, such as antistatic overalls fabrics.

For different needs, the corresponding composite method should be adopted.

When the staple fiber fabric is added with conductive fibers, the blending method has good equipment adaptability. In theory, the blend of conductive staple fibers can be made into a high proportion of special yarns embedded in the base fabric and a low proportion blended evenly distributed in two forms, but in fact, the conductive staple fiber supplier has ensured uniform distribution of conductive fibers during spinning. The conductive fiber is usually mixed with ordinary human fibers, and the effective fiber content is only a few percent, so the electrical resistivity is too high when used as a conductive yarn for weaving. In addition, the electrostatic interference in the textile production process can be eliminated when the textile production is carried out in a low proportion uniform blending manner. The spun yarn can also be processed by the siro spinning, the core spinning, the hollow spinning, the spandex coating, the boring and the lining, the boring and the wire, and the conductive wire.

The easiest way to add conductive filaments to filament fabrics is to directly composite the conductive filaments during chemical fiber spinning. Practice has proved that composite processing can be performed on DTY machines, DT machines, ATY machines and other equipment. In the pre-woven preparation process of the textile mill, the conductive yarn can be composited by means of a network or a twist. The composite yarns can be distributed according to the antistatic performance requirements, and the warp or weft yarns are distributed at an appropriate ratio and uniform spacing.