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waterless dyeing
Dyeing with supercritical CO2 – finally a success story?
Dyeing in supercritical CO2 could finally be on track for success after 25 years of development. Originally an idea of German universities, it was developed and brought to market by the Dutch start-up company DyeCoo. With this innovative, environmentally friendly and water-free dyeing technology, today sportswear textiles made of polyester are produced in Asia for the brands of adidas and Nike. Continue reading
Nike adopts waterless dyeing technology
Nike announced that it has entered into a strategic partnership with DyeCoo Textile Systems on supercritical CO2 dyeing. Continue reading
Popular Posts
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Will the textile industry move out of China?
The textile industry in China, challenged by increasing labour cost, may be bound to move to other countries. The article discusses the cost structure in the textile industry and the importance of Chi...
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e-cat – the fading dream for free and abundant energy
Lack of independent verification, issues with patents and trademarks, questionable scientific basis - the e-cat dream for free and abundant energy is fading
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Ionic liquids for the textile industry – part 1
The article reviews and discusses ionic liquids, a comparably new substance class, for the potential applications in the textile industry. This relates to fibre manufacturing and coloration.
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Greenpeace puts pressure on outdoor brands to phase out fluorocarbon chemistry
Greenpeace increases the pressure on leading retail brands. The environmental pressure group revealed data on hazardous fluorocarbons, PFOA, PFOS and others, tested on outdoor textiles from leading b...
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Camouflage colours inspired by nature
Another brilliant example of a new material for camouflage colour effects, inspired by nature. Scientists at the University of California have created a thin, flexible material that changes colour whe...
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Ionic liquids for the textile industry – part 2
Part 2 of this article reviews ionic liquids, a comparably new substance class, for applications in the textile industry. In particular, fibre manufacturing and coloration.
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3D printing of textiles – part 1. Haute Couture and technical challenges
3D printing is seen as potential technology breakthrough that may radically change manufacturing processes in many industries, put whole business models at question and create new ones. However, in te...
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Sustainable colouration concepts: waterless dyeing
This article series is about latest trends and future perspectives in coloration technologies. This part is about coloration using waterless dyeing concepts which is based on supercritical carbon diox...
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The risks and alternatives of APEO and NPEO in textiles part 2
The second part of this article series gives information about alternative products, global regulations and environmental advantages, after the ban of APEO in Europe. Moreover, the results of the Gree...
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Are excess heat and isotope changes in e-cat LENR reactor real? Part 2
Part 2 of the analysis of the e-cat Lugano report, looking deeper into the issue of the isotope changes in nickel and lithium, reaction kinetics and the implications for Industrial Heats´ patent situa...
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Are excess heat and isotope changes in e-cat LENR reactor real? Part 1
A group of Swedish and Italian scientists published technical papers that seem to confirm excess heat in a low energy nuclear reaction (LENR) device called e-cat. The scientists found in the ash of th...
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These Industries Can Benefit From Augmented Reality
Pokémon GO has introduced millions to the concept of augmented reality (AR), but its potential goes far beyond catching digital monsters on your smartphone. In addition to video games, AR has many pra...