Examining the global textile recycling market, covering advanced mechanical and chemical recycling technologies, key applications across apparel and home furnishing sectors, and the future outlook through 2035.

The Textile Recycling Market represents the comprehensive landscape of advanced fiber recovery technologies, providing essential solutions that enable efficient, high-quality, and sustainable conversion of textile waste into reusable materials through integrated systems of mechanical fiber processing, chemical depolymerization, and advanced sorting platforms designed for maximum material recovery, quality preservation, and seamless integration with modern textile manufacturing and circular economy supply chains. According to comprehensive market analysis, the global textile recycling market was valued at USD 8.21 billion in 2024 and is projected to grow to USD 16.58 billion by 2035, at a CAGR of 6.6% . The Fabric Recycling Systems segment represents a critical component supporting next-generation sustainable manufacturing where resource efficiency, waste reduction, and environmental compliance are increasingly important for brand reputation and regulatory adherence.

The market is characterized by a growing emphasis on technological innovation and application-specific solutions, with the Mechanical Process holding a significant share, being the largest segment due to established methodologies and efficiency in recycling post-consumer textiles, widely used for its cost-effectiveness and reliability, with many companies adopting it as their primary approach for textile waste processing, while the Chemical Process is rapidly gaining traction, driven by advancements in chemical recycling technologies that offer new possibilities for reclaiming fibers from textiles that cannot be processed mechanically, particularly favorable for complex blends . Post-consumer streams held a dominant share of the textile recycling market, reflecting landfill diversion mandates and established charity-collection networks, while Pre-consumer waste is projected to expand at significant rates as factory off-cuts deliver uniform composition, higher yields, and 20-30% value premiums . Textile Waste Management is essential for enabling effective, intelligent, and reliable textile recovery, providing critical technology that powers sorting, cleaning, and reprocessing operations through sophisticated systems of automated sorters, shredders, and fiber regeneration equipment that deliver enhanced material recovery, quality retention, and operational efficiency across diverse textile waste streams.

The growing demand for advanced textile recycling technology is a direct response to advances in chemical and automated sorting technologies, Green Deal-driven Extended Producer Responsibility rollout, and fast-fashion brand commitments to recycled fiber targets. Chemical recycling innovations now allow high-quality fiber recovery from blended textiles that mechanical processes cannot handle, while AI-driven sorting systems and robotics are improving throughput, reducing contamination in recycled batches, and lowering operational costs, with Samsara Eco opening a commercial textile recycling plant using AI-engineered enzymes in September 2025 . H&M Group's seven-year USD 600 million offtake deal with Syre underscores how purchase guarantees are derisking chemical-recycling investments, while Gap Inc. and Carter's share comparable supply-chain goals, pushing aggregate contracted demand above USD 2 billion . Key players in the market include Lenzing AG, Renewcell (Circulose), Worn Again Technologies, Unifi Manufacturing, Inc. (REPREVE), Circ, BlockTexx, Infinited Fiber Company, and Evrnu Inc., with PUMA and RE&UP announcing a multi-year collaboration in March 2025 to transform textile waste into recycled cotton fibers and polyester chips, and plastics recycling equipment leader Erema acquiring a stake in BlockTexx in October 2025 to advance textile-to-textile recycling at industrial scale .

The adoption of advanced textile recycling technology is being driven by several factors, including technological advancements, growing consumer demand for sustainable products, and regulatory support for sustainable practices. Innovations in recycling processes, including investments in advanced sorting and mechanical and chemical recycling, are crucial for efficient fiber recovery, improved product quality, and creating new recycled materials with virgin-like properties . The growing consumer demand for sustainable products is driving brands to integrate recycled fibers into their supply chains, with major apparel brands embedding recycled fiber targets into their strategies . By 2035, the market is expected to achieve substantial growth driven by innovation and strategic partnerships, with new opportunities lying in the development of advanced chemical recycling technologies for blended textiles, expansion of automated sorting and AI-driven identification systems, and integration of digital product passports for enhanced traceability. As the industry continues to evolve, the textile recycling market will continue its growth trajectory, supported by innovation and increasing recognition of Fabric Recycling Systems as essential for next-generation circular fashion, waste reduction, and achieving superior environmental sustainability. The Textile Recycling sector similarly benefits from continuous innovation and precision engineering, reflecting the sustainable materials industry's commitment to efficiency, quality, and environmental stewardship.