Startup unveils recyclable stretch nylon without elastane

Return to Vendor, a circular materials startup based in New York, has announced a major breakthrough for the textile industry, a fully stretchable nylon that is 100 percent recycled and recyclable, achieved without the use of elastane or spandex. Co-founder Adam Baruchowitz compared the development to a “moon landing” moment for textile recycling.

The innovation addresses one of the biggest obstacles in textile-to-textile recycling, elastane. Baruchowitz noted that elastane has long been cited by recyclers as a major barrier to large-scale textile recycling. High levels of spandex in garments can damage equipment, limiting how such materials can be processed and slowing recycling systems overall.

The company’s approach is based on advanced material science. Using recycled nylon-6 sourced from discarded fishing nets and old carpets, Return to Vendor altered the molecular structure of nylon using green chemistry methods. This allows the material to stretch and recover in a way similar to elastane, without the need for added synthetic stretch fibers or solvents.

According to Gangadhar Jogikalmath, the company’s lead scientist, adjusting how nylon molecules arrange themselves makes the fiber flexible under stress while allowing it to return to its original shape. This transforms traditionally rigid nylon into a material suitable for stretch applications such as activewear.

Looking ahead, Return to Vendor plans to develop a full range of performance specifications to meet industry needs, including durability, heat resistance, wash performance and dyeability. The company also sees potential for closed-loop recycling systems that align with extended producer responsibility requirements and reduce microplastic shedding.

Recent Posts

AbTF expands sustainable fiber programs

AbTF strengthened its work on sustainably verified natural fibers in 2025, continuing to expand its programs despite challenges across global…

1 day ago

UK-funded project to turn cotton waste into bio-coal

A new UK-funded clean energy project is set to begin in Pakistan, with the aim of converting cotton and other…

1 day ago

Researchers to make sandy soil more fertile using biopolymers

Researchers are investigating whether microorganisms can help improve desert sand conditions and make them more suitable for agriculture while using…

2 days ago

Woolchemy, Lenzing create wool-based layer for hygiene products

Woolchemy and Lenzing are collaborating on a new ADL for hygiene products that combines New Zealand wool with wood-based VEOCEL…

2 days ago

Researchers develop leather alternative from mycelium

Researchers in Finland have developed a leather-like material made from mushroom mycelium, the network of fine fibres that grows beneath…

2 days ago

UAE, Ellen MacArthur Foundation to promote textile circularity

The UAE has partnered with the Ellen MacArthur Foundation to support the development of policies aimed at making the country’s…

3 days ago