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The Global Market For Antibacterial Nonwovens Has Entered A Period Of Rapid Change.
< p > antibacterial fibers, which arise from the field of industrial textiles, use physical or chemical methods to introduce substances that inhibit bacterial growth to the surface and interior of the fiber. The antibacterial agents must be maintained through the internal balance of the fiber to maintain a long lasting antibacterial effect. < /p >
< p > < strong > internal design promotes Eetabolix < a href= "http://www.91se91.com/news/index_c.asp" _fcksavedurl= "http://www.91se91.com/news/index_c.asp" > washability < /a > /strong > /p >
< p > Eetabolix material is prepared by magnetron sputtering < a href= "http://www.91se91.com/news/index_c.asp" _fcksavedurl= "http://www.91se91.com/news/index_c.asp" > Technology > /a >, with built-in design, as there is an antibacterial agent warehouse in the fiber, antibacterial agent slowly dissolves to the fiber surface to form bacteriostatic ring. < /p >
Brand cooperation between P and Holland AG SANITIZED has developed Eetabolix antibacterial nonwoven materials. Eetabolix material has better washability compared with ordinary fibers. < /p >
< p > Eetabolix material is prepared by magnetron sputtering. It has a built-in design. It has an antibacterial agent warehouse inside the fiber. The antibacterial agent slowly dissolves to the surface of the fiber to form a bacteriostatic ring. If the surface antibacterial agent is washed away, new antibacterial agents will be released, forming a new bacteriostatic ring, and so on. < /p >
< p > Eetabolix has the advantages of uniform structure, fine density, high fastness to surface material and base material, fast deposition speed, easy to sputter any substance, no change in substrate properties and no environmental pollution. Therefore, the technology has significant advantages in conducting, antistatic, antireflective coatings and antibacterial applications. At present, magnetron sputtering technology mainly uses metal, glass, ceramics and PET thin films as substrates. It has been applied more and more widely in many fields, such as machinery, electronics and ceramics. < /p >
Ambrish Maheshwari, CEO of P, believes that with the improvement of people's living standards and the enhancement of people's health and environmental awareness, the demand for antibacterial fibers will surely constitute a huge potential market. The production of nonwoven antibacterial materials will become a new and important industry area with huge economic benefits. < /p >
< p > strong > bedback material is suitable for antibacterial ecological vehicle < /strong > /p >
< p > bedback materials made from antibacterial fibers can get a completely new concept of antibacterial cars, which is very meaningful for drivers, especially taxi drivers. < /p >
< p > the bedback material used for automotive interior decoration developed by Propex company of the United States is a leader in the field of nonwoven antibacterial. The spider silk fiber technology of the developer used a customized genetic engineering sequence to spin spinning spangenic silkworms of two new varieties of composite fibers, and created a new reconstituted spider silk, which is stronger than the previously developed varieties. < /p >
< p > bedback material is hydrophobic polyester, which absorbs and penetrates a certain amount of antibacterial liquid in the process of spraying. The antibacterial agent can be dispersed evenly, thereby playing an antibacterial role. The technology can save cost better and has greater feasibility in actual production. < /p >
The antibacterial agent used in < p > bedback material is nano TiO2 photocatalytic antibacterial agent. The antibacterial agent has high temperature resistance and is also good in safety, resistance, weather resistance and heat resistance. At the same time, TiO2 photocatalytic materials can also decompose harmful gases and organic compounds such as formaldehyde, ammonia, benzene, xylene, sulfur dioxide and nitrogen oxides to achieve antibacterial and purifying effects of air and water. Bedback materials prepared by photocatalytic antibacterial agents can ensure the production of antibacterial substances under light conditions, thus ensuring the long-term efficacy of antimicrobial agents. < /p >
Kim Thompson CEO of P > Propex pointed out that a noticeable trend in the development and research of automotive interior materials is that the automotive interior structural materials, such as roof and rear cover, will pay more and more attention to the use of composite bedback materials. Bedback material has been widely used in the automotive industry. The use of antibacterial fiber materials to make automotive interior decoration cloth, can get a new concept of antibacterial cars, which is very meaningful for automobile drivers, especially taxi drivers. < /p >
Karry, marketing manager of P Propex, said that the research objective of eco automotive nonwovens is to develop composite fiber technology for injection molding interior trim, so as to reduce auto industry's dependence on unsustainable raw materials. < /p >
< p > strong > antibacterial polyester cotton is expected to be widely used in < a href= "http://www.91se91.com/news/index_c.asp" _fcksavedurl= "http://www.91se91.com/news/index_c.asp" > clothing > /a > /strong > /p >
< p > researchers sprayed nano silver antibacterial agent on the surface of the antibacterial and deodorant polyester cotton, because the needle punched nonwovens are thicker and the volume of liquid absorption will be large. Antibacterial polyester cotton will be widely used in sportswear, wipe cloth, underwear clothing. < /p >
< p > the German coil manufacturer Sandler has developed a new type of hygienic fiber material, antibacterial and deodorant polyester cotton, using antibacterial fiber. The polyester cotton is a cationic compound, which is made after processing the fiber surface, thereby effectively playing the role of antibacterial and deodorant. < /p >
< p > researchers sprayed nano silver antibacterial agent on the surface of the antibacterial and deodorant polyester cotton, because the needle punched nonwovens are thicker and the volume of liquid absorption will be large. Through the elastic finishing of needle punched polyester cotton, a dense system formed by polyurethane elastic film, foaming microsphere and three-dimensional fiber structure has been formed between fibers. Therefore, a large amount of liquid will not absorb in the process of spraying nano silver. < /p >
< p > antibacterial polyester cotton will be widely used in sportswear, wipe cloth, underwear apparel. Helln, the head of the company, said that the sales area of these products was mainly in the Middle East, and has achieved fairly good market reaction. The company has signed a long-term contract with Holland Thai Acrylic Fiber Co., Ltd., which provides antibacterial fiber materials from Thai Acrylic Fiber Co., Ltd. < /p >
< p > < /p >.
< p > < strong > internal design promotes Eetabolix < a href= "http://www.91se91.com/news/index_c.asp" _fcksavedurl= "http://www.91se91.com/news/index_c.asp" > washability < /a > /strong > /p >
< p > Eetabolix material is prepared by magnetron sputtering < a href= "http://www.91se91.com/news/index_c.asp" _fcksavedurl= "http://www.91se91.com/news/index_c.asp" > Technology > /a >, with built-in design, as there is an antibacterial agent warehouse in the fiber, antibacterial agent slowly dissolves to the fiber surface to form bacteriostatic ring. < /p >
Brand cooperation between P and Holland AG SANITIZED has developed Eetabolix antibacterial nonwoven materials. Eetabolix material has better washability compared with ordinary fibers. < /p >
< p > Eetabolix material is prepared by magnetron sputtering. It has a built-in design. It has an antibacterial agent warehouse inside the fiber. The antibacterial agent slowly dissolves to the surface of the fiber to form a bacteriostatic ring. If the surface antibacterial agent is washed away, new antibacterial agents will be released, forming a new bacteriostatic ring, and so on. < /p >
< p > Eetabolix has the advantages of uniform structure, fine density, high fastness to surface material and base material, fast deposition speed, easy to sputter any substance, no change in substrate properties and no environmental pollution. Therefore, the technology has significant advantages in conducting, antistatic, antireflective coatings and antibacterial applications. At present, magnetron sputtering technology mainly uses metal, glass, ceramics and PET thin films as substrates. It has been applied more and more widely in many fields, such as machinery, electronics and ceramics. < /p >
Ambrish Maheshwari, CEO of P, believes that with the improvement of people's living standards and the enhancement of people's health and environmental awareness, the demand for antibacterial fibers will surely constitute a huge potential market. The production of nonwoven antibacterial materials will become a new and important industry area with huge economic benefits. < /p >
< p > strong > bedback material is suitable for antibacterial ecological vehicle < /strong > /p >
< p > bedback materials made from antibacterial fibers can get a completely new concept of antibacterial cars, which is very meaningful for drivers, especially taxi drivers. < /p >
< p > the bedback material used for automotive interior decoration developed by Propex company of the United States is a leader in the field of nonwoven antibacterial. The spider silk fiber technology of the developer used a customized genetic engineering sequence to spin spinning spangenic silkworms of two new varieties of composite fibers, and created a new reconstituted spider silk, which is stronger than the previously developed varieties. < /p >
< p > bedback material is hydrophobic polyester, which absorbs and penetrates a certain amount of antibacterial liquid in the process of spraying. The antibacterial agent can be dispersed evenly, thereby playing an antibacterial role. The technology can save cost better and has greater feasibility in actual production. < /p >
The antibacterial agent used in < p > bedback material is nano TiO2 photocatalytic antibacterial agent. The antibacterial agent has high temperature resistance and is also good in safety, resistance, weather resistance and heat resistance. At the same time, TiO2 photocatalytic materials can also decompose harmful gases and organic compounds such as formaldehyde, ammonia, benzene, xylene, sulfur dioxide and nitrogen oxides to achieve antibacterial and purifying effects of air and water. Bedback materials prepared by photocatalytic antibacterial agents can ensure the production of antibacterial substances under light conditions, thus ensuring the long-term efficacy of antimicrobial agents. < /p >
Kim Thompson CEO of P > Propex pointed out that a noticeable trend in the development and research of automotive interior materials is that the automotive interior structural materials, such as roof and rear cover, will pay more and more attention to the use of composite bedback materials. Bedback material has been widely used in the automotive industry. The use of antibacterial fiber materials to make automotive interior decoration cloth, can get a new concept of antibacterial cars, which is very meaningful for automobile drivers, especially taxi drivers. < /p >
Karry, marketing manager of P Propex, said that the research objective of eco automotive nonwovens is to develop composite fiber technology for injection molding interior trim, so as to reduce auto industry's dependence on unsustainable raw materials. < /p >
< p > strong > antibacterial polyester cotton is expected to be widely used in < a href= "http://www.91se91.com/news/index_c.asp" _fcksavedurl= "http://www.91se91.com/news/index_c.asp" > clothing > /a > /strong > /p >
< p > researchers sprayed nano silver antibacterial agent on the surface of the antibacterial and deodorant polyester cotton, because the needle punched nonwovens are thicker and the volume of liquid absorption will be large. Antibacterial polyester cotton will be widely used in sportswear, wipe cloth, underwear clothing. < /p >
< p > the German coil manufacturer Sandler has developed a new type of hygienic fiber material, antibacterial and deodorant polyester cotton, using antibacterial fiber. The polyester cotton is a cationic compound, which is made after processing the fiber surface, thereby effectively playing the role of antibacterial and deodorant. < /p >
< p > researchers sprayed nano silver antibacterial agent on the surface of the antibacterial and deodorant polyester cotton, because the needle punched nonwovens are thicker and the volume of liquid absorption will be large. Through the elastic finishing of needle punched polyester cotton, a dense system formed by polyurethane elastic film, foaming microsphere and three-dimensional fiber structure has been formed between fibers. Therefore, a large amount of liquid will not absorb in the process of spraying nano silver. < /p >
< p > antibacterial polyester cotton will be widely used in sportswear, wipe cloth, underwear apparel. Helln, the head of the company, said that the sales area of these products was mainly in the Middle East, and has achieved fairly good market reaction. The company has signed a long-term contract with Holland Thai Acrylic Fiber Co., Ltd., which provides antibacterial fiber materials from Thai Acrylic Fiber Co., Ltd. < /p >
< p > < /p >.
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2014/6/25 22:15:00
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