Textile Waste Recycling Machinery Market to Reach USD 8.7 Billion by 2035, Growing at 4.8% CAGR

Growing momentum across sustainability programs and policy reforms is driving the overall world growth in textile waste recycling equipment. Measured at a value of US$ 5.2 billion in 2025, the market is estimated to grow consistently at a rate of 4.8% CAGR until 2035, reaching the value of US$ 8.7 billion.

Asia Pacific dominates the share of the worldwide market at 62.0%, with its revenues amounting to US$ 3.2 billion, with China projecting the highest development at 6.2% CAGR. These dynamics indicate a changing industrial emphasis on minimizing landfill waste and chemical use and increasing cost-effectiveness with green manufacturing.

Growing numbers of environmentally aware consumers and tough international policies such as Extended Producer Responsibility (EPR) are driving change, with brands being pushed to go sustainable. Governments around the globe are enacting tougher recycling legislation, and innovations like 100% automatic textile waste sorting machines are coming forward to speed up recycling.

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Regional Analysis of Global Textile Waste Recycling Machinery Market

Based on the segmentation by geography, the global textile waste recycling machinery market is divided into North America, Europe, Asia-Pacific, Middle East & Africa, and South America.

Asia-Pacific is expected to be the growth leader in the forecast period driven by explosive textile manufacturing, increased environmental awareness, and government-supported sustainability initiatives. Although North America and Europe presently dominate because they have established recycling infrastructure and have strong environmental rules, nations such as China India are increasing very quickly with new investments in state-of-the-art recycling machinery and plants. India's rise as a textile production giant is supported by a surge in circular economy projects and corporate sustainability pledges, which are driving the rollout of cutting-edge recycling technologies throughout the region.

Major players operating in the textile waste recycling machinery market are Rieter Group, Murata Machinery, Ltd., Dieffenbacher GmbH, Kadant Inc., Tana Oy, Mayfran International, Perfect Engineering, Xinjinlong Machinery, Ken Mills Engineering Ltd, Refiberd, Van Werven Plastic Recycling, LAROS GmbH, AUTEFA Solutions, A.Celli Nonwovens, Tecnofer Ecoimpianti, ANDRITZ AG, Cormatex s.r.l., Gengli Machinery, Saurer Group, Gaomi Rongda Machinery Co., Ltd., and Other Key Players

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Expansion of Global Textile Waste Recycling Machinery Market

Smart, Sustainable, and Scalable: Textile Recycling Machinery Paves the Way for Circular Innovation

Textile Recycling Machinery Opens the Door to Circular Innovation. The machinery for recycling textile waste is being revolutionized by AI-driven automation, green engineering, and chemical recycling technologies that are redefining scalability and efficiency. These technologies are speeding up the industry's transition to smart, sustainable solutions that meet the world's circular economy aspirations.

AI and Automation Power Next-Gen Efficiency: Intelligent systems with artificial intelligence and automation are making possible accurate fabric identification by material type, color, and even by brand label significantly reducing hand labor and boosting throughput. These technologies make it possible for facilities to sort and process more volumes of textile waste with better accuracy and consistency, forming the basis for intelligent, high-volume recycling centers.
Modular and Green Systems Enable Wider Adoption: Modular recycling facilities are flexible enough to process different kinds of textile waste in different scales, enabling the large industrial facility as well as the small-sized unit to shift to sustainable mode. Leading the charge is chemical recycling, which recycles fibers to virgin level, breaking past the limitations of conventional mechanical practices. At the same time, the drive toward water- and energy-saving devices powered by renewable sources indicates that the industry will strive to be environmentally friendly.

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Recent Development and Strategic Overview:

In March 2025, BASF inaugurated its initial plant for recycling polyamide 6, which it has branded as loopamid. It is situated in Shanghai, China, and its production capacity stands at 500 metric tons annually. loopamid is a recycled polyamide that comes directly from textile waste, both post-industrial and, in the future, post-consumer sources. This innovation responds to the growing need for eco-friendly polyamide 6 fibers in the textile industry and represents an important milestone toward textile-to-textile recycling for a wide range of fabric blends.

In December 2024, Recover opened its newest factory in Vietnam. The new factory, scheduled to be in operation in early 2025, represents a major milestone in Recover's international expansion plan. By bringing its large-scale recycling technology to Vietnam, Recover seeks to promote more sustainability in the country's burgeoning textile manufacturing market.

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Key Trend: Smart, Sustainable, and Scalable: The Future of Textile Waste Recycling Machinery

The market for textile waste recycling equipment is in the midst of a revolutionary change led by integration of smart automation, advanced fiber regeneration, and sustainable design. Artificial intelligence-driven sorting equipment and automation technologies are revolutionizing how textile waste is treated making it possible to identify and separate fabrics at speeds faster, more accurately, by material, color, and even brand labels.

Furthermore, hyperspectral near-infrared (NIR) imaging combined with deep learning algorithms has also shown promise in accurately classifying and sorting textile fibers, thereby improving recycling outcomes.

Similarly, the push towards sustainability has led to the adoption of circular economy principles in textile manufacturing. Companies like Spinnova in Finland have developed patented technologies to produce textile fibers from wood pulp and waste without harmful chemicals, promoting recyclable and biodegradable materials.

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