Textile fiber output hits 139 million tonnes as recycling struggles to keep pace
Textile Exchange’s 2026 Materials Market Report points to a clear tension in the global materials market. Textile fiber production is still expanding rapidly, but the share coming from recycled feedstocks is not keeping up with that growth. Global production reached a record 139 million tonnes in 2025, up from 132 million tonnes in 2024. The increase was driven mainly by new virgin fossil-based fibers, which rose from 81 million tonnes to 86 million tonnes. At the same time, recycled fibers remained at only 7.6% of the global market.
That makes the report less about a simple rise in recycling and more about the scale of the material demand that recycling systems are being asked to serve.
The market is getting bigger faster than it is becoming circular
Global fiber production has more than doubled since 2000, when it stood at around 58 million tonnes. Textile Exchange estimates that production could reach 172 million tonnes by 2030 if current trends continue. Per-person fiber production has also increased, from 8.3 kg in 1975 to 17 kg in 2025, with 20.4 kg projected by 2030 under a business-as-usual scenario.
This is the first major message from the report. Circularity is not being pursued against a fixed volume of material. The volume itself is rising.
In 2025, recycled feedstocks represented 7.6% of global fiber production, the same share recorded in 2024 and below the 8.5% reported in 2021. In absolute terms, recycling output is still significant, but its share of the total market is being diluted by faster growth in virgin fiber production.
That distinction matters. A recycling sector can produce more recycled fiber year after year and still lose ground in market share if total fiber production expands faster.
Most recycled polyester is still coming from bottles
The composition of the recycled market is even more revealing.
Textile Exchange estimates that recycled feedstocks accounted for 7.6% of global fiber production in 2025, with recycled polyester made from plastic bottles alone representing 6.8% of the total fiber market. Less than 1% of global fiber production came from pre- or post-consumer recycled textiles.
Polyester sits at the center of this gap. Production reached 82.5 million tonnes in 2025, equal to 59% of all global fiber production. Recycled polyester increased from about 9.4 million tonnes in 2024 to 9.7 million tonnes in 2025, yet its share of polyester production slipped from 12.0% to 11.8% because virgin polyester grew faster.
The feedstock story is more significant than the headline recycling number. Around 97% of recycled polyester was still made from plastic bottles and other non-textile feedstocks in 2025. Textile-to-textile recycling represented only about 3% of recycled polyester production, equal to roughly 0.3% of total polyester output.
The report is not saying bottle-to-fiber recycling has no value. It shows that the current recycled polyester market is largely a plastics recycling pathway rather than a closed textile loop.
Cotton tells a different story, but at a much smaller scale
Cotton accounted for around 25.7 million tonnes, or 18% of global fiber production, in 2025. Around 0.4 million tonnes was recycled cotton, representing about 1% of total cotton production. All of this recycled cotton is classified as textile-to-textile recycled fiber in the report.
The contrast with polyester is significant.
Cotton recycling is more directly connected to textile waste, yet the scale remains small. Polyester has a much larger recycled market, but most of that feedstock comes from outside the textile waste stream.
This suggests that the industry’s recycling challenge is not simply about increasing recycled content. It is also about changing the source of recycled material.
Some fibers are moving, but from small starting points
Other parts of the market show gradual progress.
Manmade cellulosic fiber production rose from 8.4 million tonnes in 2024 to 9.1 million tonnes in 2025. The share produced from recycled feedstocks increased from an estimated 1.1% to 1.5%. The report also estimates that 65-70% of MMCFs were produced from FSC- and/or PEFC-certified or controlled feedstock.
Polyamide production reached 7.3 million tonnes in 2025, accounting for 5% of the global market. Recycled polyamide had a 3% market share, with around 2% of total polyamide estimated to be textile-to-textile recycled. Much of the recycled feedstock comes from materials such as fishing nets and carpets.
Wool provides another example. Global sheep wool production remained around 1 million tonnes, while recycled wool represented about 8% of the wool market.
These figures show that recycling performance varies sharply by material. Feedstock availability, fiber chemistry, collection systems, processing technology and the economics of virgin materials all shape the outcome.
The growth is also moving beyond apparel
Another useful addition in the 2026 report is its new analysis of production by end use.
Apparel remains a major destination for textile fibers, but its growth has been slower than that of home textiles and technical textiles. Technical textiles have recorded the strongest growth over the past two decades, covering areas such as automotive products, construction, medical applications, filtration, geotextiles and nonwoven hygiene products.
This matters for the recycling discussion because not all textile waste is generated from the same products, and not all products can be recycled in the same way.
A growing technical textile market brings more complex material combinations and performance requirements into the materials system. The recycling challenge is not limited to unwanted clothing. It increasingly includes a wider range of industrial and functional products.
Blended textiles remain one of the structural barriers
The report highlights blended textiles as a major challenge for recycling. Cotton-polyester and elastane blends are widely used, yet separating those materials can be difficult, particularly through conventional mechanical recycling. Chemical recycling systems are being developed to address some of these limitations.
This is where the difference between recycling capacity and actual market output becomes relevant.
The industry can build plants, develop processes and announce capacity, but the real test is how much material can be collected, sorted, processed and converted into fibers that meet commercial requirements at a viable cost.
The 2025 numbers suggest that this wider system is still developing.
A 2030 increase would still leave a large gap
Textile Exchange estimates that textile-to-textile recycled fiber production could reach around 3-5 million tonnes by 2030, compared with approximately 1-1.5 million tonnes in 2025.
That would represent meaningful growth in absolute terms. Yet the report also projects total global fiber production of 172 million tonnes by 2030 under business as usual. Even 5 million tonnes of textile-to-textile recycled fiber would be less than 3% of that projected total.
That is perhaps the clearest way to read the report.
The problem is not that recycling is standing still in every category. The problem is that material demand is growing on a much larger scale.
The data also comes with a warning
The 2026 report is careful about the limits of global materials data. Textile Exchange says primary supplier data is generally outside the scope of the study and that it relies heavily on secondary sources including industry associations, international organizations, governments, standard setters and research institutes. Modeling is used where data gaps and inconsistencies exist.
The new end-use section is explicitly described as a starting point and a work in progress. Textile Exchange says the modeling will be refined as better information becomes available.
So the report should not be read as a perfectly measured accounting of every kilogram of fiber in the world. Its value is in showing the direction and scale of the market.
What the report actually brings into focus
The 2026 Materials Market Report shows a textile industry that is increasing its use of recycled materials, but not at a pace sufficient to change the overall structure of fiber production.
Polyester continues to dominate global production. Virgin fossil-based fibers are driving much of the growth. Recycled polyester is still heavily dependent on plastic bottles. Textile-to-textile recycling remains below 1% of total global fiber production. Cotton recycling is small. Other recycled fiber systems are growing, but mostly from low bases. At the same time, technical textiles and other end-use markets are expanding the total material requirement.
The report, in that sense, brings the industry’s circularity debate back to scale.
Increasing recycled content in individual products is one part of the equation. The larger question is whether collection, sorting, recycling technology, feedstock supply and commercial demand can grow faster than the global fiber market itself.
That is the gap the numbers are beginning to measure.
