New Inventions Of Textile Fabrics

< p > power generation in the future < a target= "_blank" href= "http://www.91se91.com/" > clothing < /a > /p >
< p > researchers at University of Toronto in Canada have invented a thin, flexible solar storage device that can capture infrared radiation from sunlight and convert it to storage. Researchers believe that this flexible thin film storage can be made into clothing, cardboard and other items, and most likely to produce new shirts and pullovers in the future. The converted electricity is suitable for mobile phone charging. It will take about 5-10 years for the new technology to enter the consumption field, but it has attracted the attention of entrepreneurs and international counterparts. < /p >
< p > Magic < a href= "http://www.91se91.com/news/" > fiber fabric < /a > /p >
< p > 1. < a target= "_blank" href= "http://www.91se91.com/" > clothes < /a > broadcast music, carpet grab thief "/p".
< p > an integrated circuit manufacturer in Germany has introduced a new ski suit which can download and broadcast MP3 music so that skiers need not carry another music player. The smart carpet designed by the company has many functions: the entry mat placed at the door can record the thief's < a target= "_blank" href= "http://www.91se91.com/" > shoes < /a > India, while the carpet in front of the fireplace can show the temperature of the fire. < /p >
< p > 2. < a href= "http://www.91se91.com/news/" > carbon fiber < /a > build 40 storey building < /p >
Peter P, an architect in California, USA, wants to build a 40 storey building with carbon fiber. This building does not use steel structure as a support, but supports the whole building with carbon mesh. In fact, this carbon fiber will be several times stronger than steel. At present, the tower has completed the design of the whole building. The model of the building is full of expectation, because except for the elevator, each floor of the building is completely open structure, without beams and columns. < /p >
< p > 3. fluffy lamp switch < /p >
P, an electrical appliance manufacturer in Seattle, has introduced the "velveteen switch". This fluffy object does not seem to be very impressive, but its central pomp is an inductor with a conductive fiber. It can sense the pressure of the hand, and light the lamp as long as you touch it lightly. < /p >
Another advantage of < p > 4. is conduction of heat < /p >.
< p > a pair of gloves that can generate heat is a very useful tool for astronauts flying into space and scientists visiting Antarctica. The heating gloves embedded in conductive fibers will be more durable and safer than the heating gloves implanted with electric wires. < /p >
< p > American invention absorbs toxin cotton cloth < /p >
< p > scientists from the Texas Institute of technology, environment and human health have recently displayed a new component of cotton cloth which can protect human beings from a target= "_blank" href= "http://www.91se91.com/" > textile > /a > biological and chemical toxins. The cotton cloth was developed according to the design of the US Department of defense and provided a new market for the West Texas cotton growers. This non-woven fabric is part of the U.S. Department of Defense's purification and technology strategy. This cotton fabric is light, soft and elastic, and can be woven into various designs. It is understood that a thin layer of carbon film is added to the middle of the nonwoven cotton fabric, which can avoid all kinds of dangerous pollution, and can limit and absorb toxic chemicals in chemical warfare and insecticide, and can also be used to make protective underwear. < /p >
< p > Kurabo invented new light catalyst < a href= "http://www.91se91.com/news/index_c.asp" > fabric < /a > /p >
< p > Japan Kurabo company uses its own unique technology to form new synthetic silicate, such as silica, alumina and metal oxide, which is an ideal raw material for photocatalyst. Using this photocatalyst to treat fibers, Kurabo also introduced antibacterial and odorless Lionnite fibers, and developed Sun-touch deodorant antibacterial fabric products. < /p >
< p > Japanese enterprises have developed vitamin textile < /p >
< p > Japanese enterprises have developed textile products containing vitamins to the market. Fuji textile has launched a series of "V-UP" textile products that can produce vitamin C, known as "wearing vitamins". The company also plans to develop vitamin C and E mixed "V-UPC+E" series products. < /p >
< p > it is reported that Japan's rice field fiber worker has also developed the processing technology of attaching vitamin E to fiber. Unitika has made vitamin E a slow release microcapsule, which is attached to the fiber and produces Activait series products. The tights made of this material are also introduced. < /p >
< p > world clothing manufacturer high tech < /p >
< p > 1. enhance the function of knitted fabric < /p >
< p > at present, the world garment manufacturers are adopting more high-tech materials and more mature manufacturing methods to make outdoor knitted garments more practical and comfortable, and more in line with the needs of consumers. < /p >
< p > the CW-X tights produced by Wacoal sports science company are specially designed with Lycra materials. The girdle around the legs can provide additional directional support to the muscles during exercise, promote blood circulation in the legs, relieve fatigue and help the body recover. The Muldoon textile industry company is planning to use a small amount of fiber to make a pullover, which can at least be waterproof and windproof. The pullover is made of wool fiber of different weight and density, which has good insulation, ventilation and ductility, and can be changed according to the different functions of different parts of the body. < /p >
< p > 2. denim amino acid series jeans are listed in Japan, < /p >
< p > Japan invented the Wow chemical fiber, which is the raw material of amino acid active agent. Amino acid active agents are made from special amino acids extracted from sugarcane and fatty acids extracted from coconut fruit. The treated fibers have been made into women's jeans and are sold at the top brand stores in Japan. < /p >
< p > 3. Japanese NanoMATRIX fabric < /p >
< p > Japanese Toraylndustries company has researched new process of processing fabric, and coated nano material on every single filament of the fabric, the coating thickness is 10~30 nm. This fabric is called NanoMATRIX fabric. The new technology has no damage to monofilament and has no effect on fabric structure. According to the company experts, the fabric treated by this new process is not suitable for tensile strength. It is possible to develop new waterproof fabrics and Antistatic Fabrics by using new technology to treat existing cotton or polyester fabrics. < /p >
< p > 4. Japan successfully developed < a href= "http://www.91se91.com" > "optical camouflage" clothes < /a > /p > recently.
Tian Zhiqian, a professor of computer science and physics at University of Tokyo in Japan, presented his invisibility cloak to P, a recent science and technology exhibition held in San Francisco, USA. The clothes can make people wearing clothes invisible. < /p >