Welspun India, part of Welspun Group, in collaboration with DuPont Biomaterials has launched a new home textile collection, including bath towels and bedsheets, made with bio-based materials.
The collaboration brings together cotton and DuPont's Sorona brand of fibers made from 37 percent renewable plant-based ingredients that offer a high-performing, responsibly sourced material option to create home textile fabrics. Fibers made with Sorona polymer are currently used in various apparel applications, including athleisure and athletic wear, insulation, swimwear, outerwear, suiting, faux fur, and more, it added.
Dipali Goenka, CEO and Joint MD, Welspun India said, "Our collaboration with the DuPont Biomaterials team is a significant step towards our commitment to bringing value-added products to address tomorrow's challenges through a sustainable approach without compromising on performance and value."
While Sorona fibers have been used in the fashion apparel segment for some time, she said, "By staying close to our customers, we realized that there is potential to utilize the functional benefits of Sorona fibers in the home textile segment. As a first step, our innovation team developed towels and bedsheets, incorporating an array of key functionalities and we hope to develop new products and other functionalities in the future."
On the company's tie-up with Welspun India, DuPont Biomaterials Global Business Director Michael Saltzberg said, "By combining the innovation and performance attributes offered by our Sorona fiber with their experience in this market, we are delivering on our commitment to creating more sustainable products".
Welspun India said its new global collection expands the future of sustainable textiles in the important area of home care, where innovation is of the utmost importance.
Partially plant-based Sorona polymer delivers the performance needed and yet is sustainable in nature, it said, adding the polymer offers technical and performance benefits, including incredible softness, stretch and recovery, and inherent stain resistance without the need for topical treatments.