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Imogo develops Dye-Max spray dyeing technology

Imogo, the latest company to participate in TMAS, has developed a Dye-Max spray dyeing technology that reduces the use of freshwater, wastewater, energy and chemicals by 90% compared to traditional jet dyeing systems. Did. This technology was discussed at a roundtable on ITA2020 spray coating technology.

The roundtable “Sustainable Finishing Methods in Textile Finishing” discussed opportunities for new spray coating techniques for the dyeing and finishing sector.

Dye-Max spray dyeing technology can reduce freshwater, wastewater, energy, and chemical use by up to 90% compared to traditional jet dyeing systems. This is due to the very low liquid ratio of 0.3-0.8 liters per kilogram of fabric, as well as the much lower amount of auxiliary chemicals needed initially.

Such technologies face many obstacles to adoption, and ITA (Innovate Textiles and Apparel) discussions agreed that 2020 will not provide an ideal environment for adventurous investors. it was done.

“The textile industry is very conservative and is definitely in survival mode at this point, not a foresighted time,” said Imogoh’s founding partner, Per Stenflo. “Daily business is about staying alive. This is a reality for many customers.”

All panelists agreed that sustainable production would remain at the top of the textile industry’s agenda in the long run, with spraying technology in the dyeing and finishing processes becoming part of it.

“Of course, investing in something new is a risk. You need to explain and convince manufacturers that your return on investment is high, not only in terms of sustainability, but also in terms of understanding the implications of your business. “Stenflo said. .. “Here, of course, with the help of brands, we can put pressure on our suppliers to make them more sustainable. The government also plays in providing incentives for producers to move in a sustainable direction. It has a role to play. Sustainability alone can never reduce it. There must be a business case, otherwise it won’t happen. “

Marketing sustainable new textiles is relatively easy for brands compared to explaining difficult textile processes and the chemistry involved in the production of fabrics and garments, he added.

“But these fibers now go through all the same dirty processes that we need to escape, so that has to happen,” he said. “When developing our technology, we do not disrupt our existing supply chain, continue to use off-the-shelf chemicals and dyes, and involve dye makers who play an essential role in driving today’s operations. It’s important to let them do it. “

“In fact, collaboration across the textile supply chain, from brands to new technology developers, is essential to advancing the sustainability agenda,” he said.

“We are also looking at new business models in terms of how to lower or lower investment thresholds and minimize the risk of manufacturers looking to be innovators,” he concludes. I did.

In addition, Simon Kew (Alchemie Technology, UK), Christian Schumacher (StepChange Innovations, Germany), Tobias Schurr (Weko, Germany), Rainer Tüxen (RotaSpray, Germany), Felmke Zijilstra (DyeCoo, Netherlands) participated in the ITA roundtable conference. Did.

“It’s great that all of this innovation is based on established know-how and positive thinking in Europe,” said TMAS Executive Secretary Therese Premler Anderson. “Spray coating technology is a perfect example of how new digital technologies can lead to sustainable production. In this case, the process of consuming large amounts of water is very accurate with dyes and chemicals as steam. Replace with a coating controlled by. “

Fiber2Fashion News Desk (SV)

Imogo, the latest company to participate in TMAS, has developed a Dye-Max spray dyeing technology that reduces the use of freshwater, wastewater, energy and chemicals by 90% compared to traditional jet dyeing systems. Did. This technology was discussed at a roundtable on ITA2020 spray coating technology.



Imogo develops Dye-Max spray dyeing technology

Source link Imogo develops Dye-Max spray dyeing technology

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