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Electromagnetic stainless steel fiber e era of high-tech crystal

Electromagnetic stainless steel metal fibers have a wide range of applications, but their use in textiles is rare even in developed countries. In the development of modern high-tech materials, miniaturization, softening, and transparency have become mainstream. The electromagnetic stainless steel metal fiber is in line with the subtle and soft characteristics. In the aspect of anti-electromagnetic wave radiation, electromagnetic stainless steel metal fiber has a unique role, so it is called the high-tech crystal of the e era.
The electromagnetic stainless steel materials that people see every day are hard, mostly used for building steel and manufacturing machines, giving people a feeling of cold and sparkling. However, electromagnetic stainless steel metal fibers can also give people a new feeling. If you see it with your own eyes or touch it with your own hands, you will know that it is thinner than hair, softer than cotton, and better than silk. At present, stainless steel fibers can enter advanced countries and regions in the mass production stage, such as France, Belgium, Japan, and Taiwan Province of China. The production of electromagnetic stainless steel fibers is as thin as 2 micrometers, typically 8 to 22 micrometers. In the field of textile filaments, the fineness is 80 micrometers to 35 micrometers. The average person's hair is about 60 micrometers to 80 micrometers, and the 8 micrometer fineness electromagnetic stainless steel metal fibers for textile use are softer than ordinary cotton fibers.
This kind of fine and soft electromagnetic stainless steel fiber has many functions in terms of conductivity, sound absorption, filtration, cutting resistance, friction resistance, corrosion resistance and high temperature resistance, and its performance in shielding electromagnetic waves is unmatched.
As we all know, due to the rapid development of science and technology, electrical appliances have entered the homes of ordinary people, such as televisions, refrigerators, washing machines, fluorescent lamps, microwave ovens, computers, electric fans, mobile phones, electric mattresses, electric water heaters, range hoods, and vacuum cleaners. enumerate. While these articles bring great convenience to people's lives and work, they also bring electromagnetic waves that are not easily noticeable to the average person. As early as the 1980s, many scientists pointed out through experiments or investigations that workers who are often exposed to electromagnetic waves are twice as dangerous as the average person. Electromagnetic waves cause harm to humans. Commonly there are headaches and nerves. Weakness, memory loss, loss of appetite, paralysis of hands and feet, eye pain, tinnitus, blurred vision, heartbeat, anemia, and more. The main reason is that the electric field effect changes the human cells, and the current passes through the intercellular substance, causing the cell potential to deform.
Electromagnetic stainless steel fiber generally consists of eight main elements such as carbon, chromium, nickel, iron, copper, aluminum, manganese, and silicon. The main function of carbon is to increase the hardness. When the amount of carbon is small, the metal is not rusted, which is in line with the soft and rust-free use of textiles. The main function of iron is magnetic permeability; the main function of copper is magnetic and conductive; the main component of chromium is The function lies in the resistance to acid and alkali; the function of nickel is high temperature resistance, acid and alkali resistance, and electrical conductivity. The various fibers that make up the electromagnetic stainless steel play different roles.
Due to the unique chemical combination of electromagnetic stainless steel metal fiber, it produces seven major functions: anti-electromagnetic wave, anti-static, conductive, high temperature, cutting and abrasion resistance, filterable, sound absorption. In terms of shielding electromagnetic wave damage, it is best to use a woven fabric of staple fiber blended electromagnetic stainless steel fiber. With the increase of the electromagnetic stainless steel blending ratio, the shielding rate also increases, and the function is better. According to overseas textile R&D testing, the woven fabric made of 1% electromagnetic stainless steel fiber has an electromagnetic shielding rate of 88.86% at 1800MHz, and 92.33% at 2450MHz; The woven fabric of % electromagnetic stainless steel metal fiber has a shielding ratio of 98.43% at 1800MHz and a shielding rate of 98.49% at 2450MHz. As for the 5% electromagnetic stainless steel fiber blended, its products are all over 99%. The electromagnetic shielding rate. In terms of high frequencies, the effects of shielding electromagnetic waves are also different due to the difference in dB values. In general, 20dB-value blended electromagnetic stainless steel fiber has been used as a highly effective shielded electromagnetic wave in consumer products.
The general clothing and special work clothes made of electromagnetic stainless steel fibers are common applications. The general apparel products such as underwear, clothing linings, liners, skirts, short blouses, suits, pants, uniforms, dresses, school uniforms, professional clothing, Japanese-style kimono and so on. Explosion-proof clothing in special tooling can be used by employees in industries such as oil, gas, natural gas, chemicals, transportation, and coatings. Conductive work clothes are suitable for power companies and electricians in various industries. Dust-free laboratory work equipment is suitable for workers in semiconductors, electronics, film, photography, optics, precision industries, food production, pharmaceuticals, cosmetics processing, medical care, and computer rooms. Put on these related electromagnetic stainless steel fiber blended garments, live and work in the environment surrounded by electrical appliances, you can sit back and relax.

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