[pageLogInLogOut]

#Recycling / Circular Economy

Icebreaker® and Spinnova develop circular SPINNOVA®-merino wool products

© 2021 Spinnova
The sustainable textile material company Spinnova and VF brand Icebreaker® proudly announce they are developing circular midlayer products with next-generation blends of merino wool and the highly sustainable SPINNOVA® fibre that can be recycled again and again.

The Icebreaker and Spinnova journey originates from a shared vision of believing that nature has the solutions: Icebreaker was founded to provide nature-based alternatives for synthetics, while Spinnova’s technology is inspired by nature; how spiders weave their web. Spinnova and Icebreaker have begun their joint sustainability journey by entering a product development agreement on SPINNOVA®-merino wool midlayer materials that will have a minimal environmental footprint and high performance.

The blend Spinnova and Icebreaker are now piloting for midlayer products is sustainable and comfortable, and also fully circular. After consumer use, the developed yarn is intended to be separated and reused, with the ambition to get one step closer to circularity and lowering the products’ impact on the environment.

Icebreaker is an industry sustainability pioneer with ambitious sustainability goals including abandoning the use of plastic fibres by 2023. In 2020, already 91% of Icebreaker’s materials were merino or plant-based. This partnership is a great match between Icebreaker’s high sustainability standards and Spinnova’s innovation that aims to transform the way textiles are made globally.

“Nature is our hero, and our source of inspiration – we were excited to learn about Spinnova’s approach to fibre spinning that mimics nature’s own processes. In addition to this shared source of inspiration, the potential to recycle SPINNOVA® into a new fibre again and again makes this disruptively circular. This partnership enables our strategy in developing circular business models and drive forward sustainable design,” says Alistair Smith, Director of Global Product Design at icebreaker.

The sustainable and fully circular SPINNOVA® fibre is made without harmful chemicals. SPINNOVA® fibre uses 99.5% less water and produces nearly 65% less CO2 emissions than cotton production cradle to gate. Thanks to the mechanical process Spinnova uses to harness its raw material, wood pulp, the fibres can simply be remade mechanically, again without harmful chemicals or quality loss. SPINNOVA® fibre also has strong insulation properties, and will be a great companion for merino wool.



As Spinnova’s wood-based fibre is produced in a simple and clean process without chemical dissolving unlike man-made cellulosic fibres, SPINNOVA® fibre is defined as one of the few representatives of a new “Other plant-based fibres” class according to the Textile Exchange’s Preferred Fibres and Materials Report 2020.

“We’re very proud of this collaboration, and excited to keep experimenting how SPINNOVA® can fight climate change as both a sustainable new material and a disruptively circular new material that can be remade over and over again,” comments Spinnova’s CEO and co-founder Janne Poranen.??

The partners in this collaboration are developing a completely novel material that has not been seen before. This bold and adventurous collaboration demonstrates how Icebreaker is in the frontline of sustainable development and part of a wider movement of textile industry players developing new circular and sustainable alternatives. For instance, Spinnova recently announced partnering with The North Face®, which is also a VF Corporation company like Icebreaker.

Spinnova is building its first commercial factory in Finland to meet the growing demand for sustainable materials from global textile brands. The factory producing SPINNOVA® fibre is expected to be completed at the end of 2022, for the joint venture that Spinnova has with its strategic partner Suzano, the world’s largest cellulose producer. Spinnova’s long term business targets include reaching one million tonnes of annual SPINNOVA® fibre production capacity in the next 10-12 years.



More News from TEXDATA International

#ITM 2026

ITM 2026: The new geography of textile production

New production hubs are emerging across North Africa and Central Asia, while Türkiye is accelerating its transformation toward higher-value, technology-driven and more sustainable textile manufacturing.

#Research & Development

“Production is a product”

From technical textiles and AI-driven robotics to the limitations of textile circularity: Professor Dr Thomas Gries looks back on more than two decades of development at ITA Aachen. In the interview, he explains why production technology remains a decisive success factor, discusses international collaborations and innovation ecosystems, and shares his views on the transformation of production landscapes and the challenges facing an increasingly regulated industry.

#Knitting & Hosiery

“We need to move away from the price trap and return to a value-driven mindset.”

With its new Textile Innovation Center, KARL MAYER is sending a strong signal for innovation, collaboration, and the future of textile applications. In this interview, Karl Josef Mayer discusses new opportunities in warp knitting, the processing of staple fibres, recycling, the changing role of machinery manufacturers, and why the textile industry must once again focus more strongly on the value of textiles. by Oliver Schmidt

#Associations

“Innovation, resilience and international experience remain the great strengths of the Swiss textile machinery industry”

Geopolitical uncertainty, growing competitive pressure from China, new free trade agreements and the shift towards a circular economy are currently reshaping the global textile industry. In this interview, Cornelia Buchwalder discusses the current mood within the Swiss textile machinery sector, the industry’s distinctive innovative strength, new market opportunities in India and Asia, and the technological trends that could shape the upcoming trade fair cycle leading up to ITMA 2027.

More News on Recycling / Circular Economy

#Research & Development

ALADIN paves the way for circular and demand-driven textile production in Europe

Textile production can be organized sustainably by utilizing short supply chains and preventing overproduction. This can already be achieved today by intelligently connecting and efficiently utilizing existing infrastructure. At the same time, production becomes circular when innovative technologies and materials are used that enable high-quality recycling. The ALADIN research project, launched in May 2026 and co-funded with five million euros under the EU Horizon Europe program, is creating the conditions for this.

#Recycling / Circular Economy

Ence and ShareTex begin initial testing of the ATENEA innovation project to promote textile recycling in Spain

Ence and ShareTex are making progress on the Atenea R&D project, which aims to develop a complete value chain for textile recycling in Spain. Specifically, the goal of the ATENEA project—which is funded by the Center for Technological Development and Innovation (CDTI)—is to connect all the necessary stages for the recovery of textile waste, from collection and management, through recycling and transformation into new raw materials, to their incorporation into new textile products.

#Recycling / Circular Economy

DePoly Inaugurates its Showcase Plant in Monthey Switzerland

What if used plastic bottles, PET packaging material and polyester textiles could become raw materials just as high performing as virgin resources? That is the ambition of DePoly, a circular materials company based in Sion, Switzerland which inaugurated its Showcase Plant in Monthey on July 6th & 7th. The first depolymerization facility of its kind and scale in Switzerland, this industrial Showcase Plant represents a major milestone in the company's growth and its journey toward commercialization.

#Recycling / Circular Economy

Commission clarifies rules on plastic bottles recycling

The European Commission today adopted new rules on recycling of single-use plastic beverage bottles made primarily of polyethylene terephthalate (PET bottles). These rules establish, for the first time, a methodology to calculate, verify and report chemically recycled content. This is part of the Commission’s December 2025 plastics package.

Latest News

#Nonwovens

Katharina Obergruber appointed to the Management Board of Sandler AG

The Supervisory Board of Sandler AG has appointed Katharina Obergruber to the company’s Management Board. Effective September 1, 2026, the Board will consist of Philipp Ebbinghaus (CEO), Dr. Ulrich Hornfeck (currently CCO, future COO), and Katharina Obergruber (CCO). Katharina Obergruber, currently Chief Sales Officer Hygiene and member of the Management Team of Sandler AG, will assume responsibility for all sales activities as Chief Commercial Officer. She will assume this role from Dr. Ulrich Hornfeck, who will focus primarily on production and supply chain topics.

#Sustainability

Global Standards establishes new non-profit foundation to strengthen governance

Global Standards gGmbH, the nonprofit organisation behind the globally recognised Global Organic Textile Standard (GOTS), announced a new governance structure designed to support its long-term mission and reinforce organisational autonomy of its Voluntary Sustainability Standards and programmes.

#Textile chemistry

DyStar releases FY2025 sustainability report, marking a new milestone towards its 2030 targets

DyStar, a leading specialty chemicals company with more than a century of expertise in product development and innovation, today announced the release of its FY2025 Sustainability Report, marking a significant milestone in its sustainability journey and reinforcing its commitment to long-term value creation.

#Research & Development

TERIS reaches milestone: Fraunhofer consortium develops new standards for tire analysis

In the “TERIS” project, the Fraunhofer institutes ICT, IGD, and IWM—led by the Fraunhofer Institute for Structural Durability and System Reliability LBF—have reached a decisive milestone. For the first time, the teams aim to generate, analyse, and predict tire wear in the laboratory in a standardized and practical manner. As part of this milestone, results are now available on reference abrasion, particle analysis, tribological models, AI-based surface analysis, a test bench concept, and methods for accelerated aging and VOC detection. The tire industry, testing services, and environmental agencies will in future benefit from reliable, rapid laboratory procedures for emissions assessment.

TOP