Bestseller_new_leather
Danish fashion company Bestseller, has announced it will collaborate with UK materials innovator Biophilica, on the development of its material Treekind as part of a series of investments in alternative production techniques.
With the goal of developing a recyclable material that can also be composted once a product reaches the end of its useful life, the British start-up is now working on an alternative footwear using lignocellulose from leaves and a natural binder.
Bestseller menswear brand Jack & Jones will put the novel material to the test to see THE suitability for making more ‘sustainable’ leather alternative shoes.
Camilla Skjønning Jørgensen, the company’s innovation manager, said that while leather processing has a significant impact on the environment, it’s also important to make sure that the alternatives don’t exacerbate existing environmental issues by using excessive plastic or sacrificing durability and quality.
Just seven months ago, Bestseller announced an investment in and partnership with VirtoLabs, which uses animal-derived laboratory cells to cultivate leather.
The money is provided by the organization’s investment arm, Invest FWD, through which it has backed several cutting-edge ventures addressing various facets of production, such as textile recycling or waste-to-fibre technology.
The Union Ministry of Textiles on Thursday signed MoUs with 15 States to create a strong operational framework for improving…
Heartland has announced the launch of a new textile business unit in India to increase the use of hemp fabric…
The Saudi Fashion Commission has announced the development of a bio-textile made from marine algae collected from the Red Sea…
The Council of Fashion Designers of America (CFDA) has announced two new initiatives aimed at strengthening fashion manufacturing in the…
The U.S. Cotton Trust Protocol has announced that Next Level Apparel, a supplier of blank apparel, has joined the program…
Harper Hygienics has launched Kindii Water Care, a new range of baby wipes developed to suit the needs of very…