The International Radiation Protection Committee Announces The Latest 7 Innovative Technologies

< p > < strong > TOP1 Italy Jing Qi "deep sea sedimentation technology" < /strong > /p >

< p > > a href= "http://www.91se91.com/news/index_c.asp" > Italy < /a > Jing Qi research and development team, relying on the existing technology, has been applied in the production of radiation protection materials for a long time through research and exploration for a long time. Using the ultra-low temperature, strong static pressure and polypeptide materials of the sea bottom to enhance the physical structure of the radiation protection raw materials, the shielding effect and fabric comfort of Jing Qi radiation protection clothing fabrics have been greatly improved.

After testing, the effective shielding effectiveness of fabrics produced by deep-sea precipitation technology can reach 80dB.

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< p > < strong > TOP2 Nobel Technology Co., Ltd. "ultra vacuum polymer nano osmotic quenching technology" < /strong > /p >

< p > this technology is developed by the United States < a href= "http://www.91se91.com/news/index_c.asp > > Nobel technology < /a > Limited" Christine "a href=" http://www.91se91.com/news/index_c.asp "> radiation protection brand < /a > R & D.

Under ultra vacuum condition, according to the vaporization pressure of different substances, nano high temperature heat treatment technology was used to extract silver ions from silver ingot after fully melting, and the purity was higher than 20%.

Then through the nano implantable infiltration technology, the silver ions are fully penetrated into the inner core and the surface layer of high quality cotton yarn as the substrate, and the ultra high pressure treatment technology is used to make the silver ions arranged more closely, thereby greatly enhancing the silver content of the silver fiber.

After 100 tests by Nobel Technology Co., Ltd., the radiation protection effect of silver fabric using this technology is more than 45% higher than that of similar products.

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< p > < strong > TOP3 Ivy Ecological Technology Co., Ltd. "nano ecological radiation protection fiber technology" < /strong > /p >

< p > 2011, the "Qiao Wei Yi" radiation protection brand of ivy eco technology Co. Ltd. first integrated the nano ecological technology with the advanced radiation protection technology in Europe, and successfully developed the nano ecological radiation protection fiber with antibacterial and antiseptic. By the joint defense radiation materials research and testing experiment, it discovered that it has the characteristics of high efficiency shielding and sterilization. Meanwhile, it can absorb some harmful electromagnetic waves into harmless energy and avoid the two pollution.

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< p > < strong > TOP4 Nobel Technology Co., Ltd., "vacuum polymer nanocrystalline quenching technology" < /strong > /p >

< p > by Nobel Technology Limited's "Christine" brand research and development, under the condition of ultra vacuum, using the latest nano technology to carry out ultra-high pressure treatment of metals, and extract the flowing gas between metal molecules and molecules, so that the movement space between the metal molecules and molecules is maximally compressed, thus greatly increasing the density of metal, and using the nano technology to repeatedly refine and stretch the metal wire obtained is more finer but stronger than traditional method.

The electromagnetic radiation property of the ultra-fine metal fiber fabric made by this technology exceeds the usual way, and the metal fiber manufactured by this technology is more than 40%.

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< p > < strong > TOP5 Italy JOYNCLEON Jing Qi "nano silver ion vacuum high energy beam plating technology" < /strong > /p >

< p > Italy Jing Qi research and development of nano silver ion vacuum high energy beam plating technology, the use of nano technology to change the traditional silver particles from 40nm to 0.1nm, using high-energy beam operation to fine particles of 0.1nm particles into the core, so that silver ions are not only attached to the surface of the yarn, and penetrated into the interior, so that the silver ion array has a qualitative change.

And in vacuum, it can reduce the collisions between atoms and molecules of evaporation materials and other molecules in the process of flying to special yarns, reduce the chemical reactions (such as oxidation) between active molecules and vaporizing materials in gas, thereby enhancing density, purity, deposition rate and adhesion.

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< p > < strong > TOP6 the US DuPont Co "CoolMax special polyester fiber mingling technology" < /strong > /p >

< p > DuPont Co in the United States combined their special polyester fibers CoolMax and Thermolite with silver plated fiber X-Static and mixed fiber interweaving, so as to develop new fabrics with antibacterial and antistatic properties.

Silver plated fiber X-Static is developed by Noble fiber technology company. It is made of pure silver material and is coated on the surface of commonly used textile fibers. It is available from 10dtex to 210dtex. It can be mixed into any textile by weaving and knitting. It has many uses.

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< p > < strong > Top7 Japan Nanqing Textile Industry Co., Ltd. "nano laser electroplating technology" < /strong > /p >

< p > Japan Nissin Textile Industry Co., Ltd. uses nano technology to make silver particles reach the size of 40nm and infiltrate them into the fiber, producing the nano silver fiber called Agfresh.

Nano silver fibers have similar functional properties to silver coated fibers.

However, in the process of adding nano silver into the fibrous substrate, there are problems such as agglomeration and contamination of nanoparticles, and the influence of nanoparticles on the main properties of fibers.

In addition, because silver particles are dispersed inside and outside the fiber, it is only a small part of the direct contact with the skin, unlike silver coated fibers surrounded by a layer of pure silver, it can not fully reflect the silver good antibacterial deodorant, electromagnetic shielding and other functional features.

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