Circulose has partnered with China Textile Academy Green Fibre (CTA) to introduce lyocell fibres produced using CIRCULOSE® pulp, marking a significant step towards scaling textile-to-textile recycling for wider industry use.
Lyocell fibres, known for their durability, softness and sustainable attributes, are manufactured through a solvent-based process that operates in a largely closed-loop system. When combined with recycled CIRCULOSE® pulp, the process further reduces dependence on virgin raw materials, enhancing its environmental performance.
Under this collaboration, Circulose and CTA will offer both standard and non-fibrillating lyocell fibre variants made from CIRCULOSE® pulp to brand partners. Supply in 2026 will be limited and allocated to selected brands, with plans to scale production capacity in 2027. Brands are encouraged to begin product development initiatives in advance to secure future access.
As part of the agreement, CTA has committed to purchasing a fixed volume of CIRCULOSE® pulp over the coming years. This long-term commitment supports Circulose in improving pulp quality and performance, while CTA focuses on expanding production through optimised processes. The partnership is expected to support cost efficiencies and accelerate the adoption of circular fibre solutions across the textile industry.
Commenting on the collaboration, Jonatan Janmark, CEO of Circulose, said, “Lyocell is a more sensitive process than viscose, making the use of recycled pulp more challenging. CTA’s ability to produce lyocell from CIRCULOSE® is a strong testament to their technical capabilities, as well as the performance of our pulp. We are very pleased to work with CTA to bring this opportunity to our brand partners and are excited by what it means for the broader adoption of circular materials.”
CTA Green Fibre, part of China General Technology Group, operates commercial-scale lyocell manufacturing facilities and is recognised for its advanced fibre innovations, making it a key player in the development of next-generation sustainable textiles.
