Sportswear Garment Technology - Waterless Dyeing dyeing technology without water. Future innovations in the textile industry compiled by Sumontip Wichaidit environmental flows and pressure from conservation groups to push for reducing the use of water resources in large quantities in the textile and apparel. The present inventors have developed a technology for dye without water. Textile Thailand Was the first to develop a partnership with Nike and Adidas. In adapting this new Adidas. Under the Design for the Environment (Design for Environmental) and to a better world (to make the world a Better Place) are teaming with the Yeh Group (Tong Siang) to reinvent the production technology of the clothing industry. Developed technology called "DryDye" in the dye / color the shirt without the use of water resources Yeh Group manufacturer of knitted fabrics and sportswear in Bangkok. Are first deployed a water dyeing process three years ago. This technology replaces the water with carbon dioxide that can be recycled. Which reduces the energy consumption and reduce the use of chemicals in the Adidas brand was first introduced DryDye on the 2012 launch by offering a t-shirt collection specially 50,000 to the market with a cloth. from Yeh Group, which dropped to 1,250,000 liters of water, and then began to recommend us to others. Under this technology In June of 2013, the brand sports clothing signs of Germany, said that "the use of fabric technology, the dye does not take a DryDye from Yeh Group in more than 1 million yards," a representative of Adidas has provided information. to the just-style that "DryDye innovative profound. Is it possible to use new media. The compressed carbon dioxide To conduct a color This process is very useful in many corners by DryDye can bring color to an efficiently than conventional dye with water. Which usually use 25 liters of dyed t-1 technology also uses less chemicals than 50% and energy consumption by 50% with the addition of carbon dioxide is used as an intermediate in the colors can also be reused. Recycle, reuse, "said the Nike also accelerated the development of sportswear technology for the environment as well as the Nike announced that the series marathon runner, the Kenyan named Abel Kirui who won the silver medal in the marathon. Man in the Olympic year 2012 was runner wearing tracksuit best environmental Kirui run 26.2 miles in the series ran dyed without the use of water and the production of recycled fabric made from plastic bottles 3 bottles to produce fabric. Plastic bottles are crushed into small crystals. The melting Then injected into yarn Through the dyeing process by adding color to using recycled carbon dioxide instead of water as an aid in the stain. Dyeing process has been developed by the Dutch. Call this technology "DyeCoo" which reduces the energy and chemicals by up to 50 percent Martin Lotti director, set designer of the Olympics, said, "The best athletes often need technology, high efficiency, enhance them. time worn for training and competition. The dyed fabric from recycled and not use this water to runners from Kenya to a running vest. Is appropriate, both in weight and have less environmental impact, " Nike. Have developed this technology for more than eight years ago, at the beginning of 2012, Nike has teamed up with Dutch Group Announces Name DyeCoo Textile Systems in the development of dye for sportswear. Development of dye-less water coming out of New Jersey. The fabric of the Nike is produced from the dye of the recently launched with technology, do not use water in Taiwan in late 2012, Nike has signed a contract with the factories of the Taiwanese Far Eastern Century Corp (FENC) is small. Our factory is located 3 plants, one plant in Taiwan, and two more in this technology is currently under development by DyeCoo Textile Systems have been developed in collaboration with its partners, the Nike name, Huntsman Textile Effects since October 2012 Jay Bolus deputy. Technical Director of McDonough Braungart Design Chemistry (MBDC), said: "This process works by reducing the pressure of the carbon dioxide down to under 1,100 pounds per sq. inch carbon dioxide in supercritical conditions. This makes it eligible in both its liquid or gas, "This technology was made available before Nike and Adidas will start to play it. But also the problem of finding a suitable dye process. Problem using so much energy on making and efficiency of the dye. Which is not yet recognized the benefits of this new process began to see more clearly. CO2 emissions from the use of recycled when cooled and returned to a gaseous state, 95% of CO2 can be recycled back. This technology also release carbon dioxide into the external system less 50-75%, also without adding more. In the process, and the shirt to dry faster. This process does not require water, which is hardly a loss of (zero waste) staining without water. Leads to the emission of carbon foot print (carbon footprint) less as Adidas has presented it. "Garment dyeing process of the world every two years, will be equal to the amount of water used in the Mediterranean" for poly ester. This technology is limited to the material poly ester. The cotton poly ester must 100-150 liters of water per kilogram to be saturated for Nike garment factories that Nike has contracted production. There are about 3 billion gallons of water per year in the production of poly ester and cotton. Use plenty of water is the sportswear giant of the world, both trying to implement this new technology in the production process in order to retain water. Reduce energy use And join the campaign to reduce global climate change Ian Burnell, director of technology at Huntsman talking about this technology. "As the industry evolves No system is the same technology. Which is the development of the textile industry to the next step and move.
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