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Tuesday, 21 July 2026 13:32

Sweden advances industrial circularity with first recycled textile spinning line

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Sweden’s textile machinery and manufacturing sectors have achieved a critical operational milestone following a SEK 77.3 million grant awarded to Holma Spinning Mill by the Swedish Environmental Protection Agency.

Located in Forsa, the facility is utilizing the funding to construct the country's first dedicated industrial spinning line for recycled textile fibers. This development directly addresses a long-standing bottleneck in apparel supply chains: while fiber shredding and waste collection have advanced, the commercial capacity to convert post-consumer waste into high-grade spun yarn at scale has historically lagged. By integrating ReSpin’s patented RespinJenny mechanical recycling technology - which operates entirely without water or chemical additives - with Holma Helsingland’s century-old spinning and dyeing expertise, the partnership bridges raw material recovery and finished yarn manufacturing.

Collaborative ecosystems and regulatory readiness

Industry leaders emphasize, closing the loop requires deep vertical integration rather than isolated technological breakthroughs. Mechanical recycling alone is not enough to achieve textile-to-textile recycling - without the ability to spin recycled fibers into yarn, it is impossible to weave or knit new fabrics, notes Therese Premler-Andersson, Secretary General, Swedish Textile Machinery Association (TMAS).

Leveraging cross-sector cooperation

By joining TMAS, ReSpin aims to leverage cross-sector cooperation alongside academic institutions like the University of Borås to prepare European apparel brands for impending regulatory compliance, such as Digital Product Passports and stringent waste reduction mandates. This synchronized network of automated sorting, mechanical reclamation, and advanced spinning positions the Scandinavian industrial cluster to supply premium, low-carbon yarns to global fashion markets without compromising tensile strength or fiber integrity.