Fabric Performance Determines Radiation Shielding Effectiveness.

< p > electrical communication is becoming more and more popular. The problem of electromagnetic radiation is becoming more and more serious. For a long time, office workers, computer room workers and pregnant women, such as computers and telephones, have become the biggest victims of radiation pollution.

Unlike ordinary a target= "_blank" href= "//www.sjfzxm.com/" > clothing < /a >, the process of radiation protection clothing is relatively complex, and the performance of fabric determines the final effect of radiation shielding.

The controversy over the world's radiation protection clothing is ultimately reflected in the technological content of fabrics.

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< p > recently, according to the development situation of the domestic a href= "//www.sjfzxm.com/news/index_c.asp" > radiation protection clothing < /a >, the electromagnetic shielding technology committee has selected more than 300 domestic radiation protection clothing manufacturers on the basis of the comprehensive development of science and technology content, protective ability, a target= _blank href= //www.sjfzxm.com/, textile technology, scientific research strength and social influence, and selected the most representative "five major anti radiation clothing technology fabrics" in 2013. When the high-end technology and advanced technology are being used, 5 kinds of radiation protection fabrics still have their own shortcomings.

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< p > first is the "green silk 100% silver fiber" green fabric produced by the Shanghai silver shield < a href= "//www.sjfzxm.com/news/" > textile technology < /a > Co., Ltd., will have the natural "Queen of the silk", the 18 kinds of protein mulberry silk (real silk) fiber and 100% silver fiber in the ratio of 1 to 1, with the advanced twist weaving process, the fabric is green and natural, and the processing links are free from pollution.

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< p > the "Pearl" a href= "//www.sjfzxm.com" > metal fiber < /a > fabric is coated with the pearl powder on the surface of the metal fiber through special technology, which overcomes the shortcomings of metal fiber wearing uncomfortable.

The raw material is made of stainless steel wire, which is more popular with the people. It is the first choice for the middle and low end consumers. However, the disadvantages of metal < a href= "//www.sjfzxm.com" > fiber radiation protection clothing < /a > are also very obvious. The wearing comfort is not good. Some products such as belly bags can produce pricking when wearing products.

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< p > plus "color silver fiber" anti radiation fabric to subvert the silver ion sputtering process of traditional radiation protection clothing. Instead, the traditional silver ions are reduced to traditional 1/10, and the laser silver plating process is used to enhance the arrangement density and penetration of silver ions. The tightness of silver ions attached to textile fibers is increased by 27%, and the conductivity, protective effect and oxidation resistance are greatly enhanced.

After testing, the content of silver in the anti radiation suit fabric of excellent plus colored silver fiber has increased by about 30% (the mass content caused by the adhesion density is increased, which means higher cost), the oxidation resistance has increased by 45%, and the shielding effect has increased by 12%.

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< p > Jing Qi "deep sea immersion" stainless steel fiber fabric will immerse metal fiber in deep sea brine for a long time, so as to improve the toughness of the fiber. The fabric made of this fiber can enhance the radiation protection ability by more than 30% than that of the ordinary metal fiber fabric.

The fabric is of better originality, but the logistics cost is high.

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< p > the anti radiation clothing made by Zheng Xu's "oxygen rich ion" metal wire < a href= "//www.sjfzxm.com" > protective fabric < /a > is also called the golden crown technology oxygen bar shielding pregnancy dress. It is the new product launched by Zheng Xu gestation brand in 2012.

This series of products produces negative oxygen ions by using fine particles attached to metal fibers, while removing radiation, giving mothers the feeling of refreshing oxygen.

But in the actual testing process, the effect of oxygen ion generation is not obvious.

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