#Composites

2025-02-19

DIENES showcases MultiMode®: Pioneering solutions for the development of sustainable carbon fibres at JEC World 2025

DIENES Apparatebau GmbH, a global leader in innovative fibre processing technologies, is delighted to announce its participation at JEC World 2025 in Paris. The company will present its state-of-the-art MultiMode® modular platform, a revolutionary approach to developing sustainable carbon fibres. Visitors can explore DIENES’s advanced solutions at the Baden-Württemberg International stand in hall 6 stand N82.4.

DIENES Multimode® Stabilization and Carbonization Line © 2025 DIENES

Driving Sustainability in Carbon Fibre Development

The increasing demand for sustainable carbon fibres underscores the need for innovative solutions that integrate recycling frameworks and biobased materials as alternatives to conventional polymers. DIENES is at the forefront of this movement, enabling the production and optimisation of precursor yarns for carbon fibres from renewable raw materials.

To address challenges such as varying quality of recycled feedstock and ensuring fibre performance, DIENES continuously enhances its spinning systems and production technologies. The company’s MultiMode® platform embodies this commitment, offering a dynamic, modular solution tailored to meet the needs of research and production teams.

Introducing the MultiMode® Modular Platform

At the heart of DIENES’s innovative approach is MultiMode®, a digitalised system that redefines flexibility and efficiency in carbon fibre production. Each process step is represented by an intelligent module with decentralised control, enabling:

• Customisable Configurations: Modules can be easily adapted to customer-specific requirements.

• Seamless Modularity: Units can be exchanged and rearranged with minimal programming effort.

• Data-Driven Optimisation: Continuous visualisation and recording of production parameters ensure complete process traceability and system optimisation.

The MultiMode® platform empowers research teams to seamlessly transition from laboratory-scale testing to full-scale production, fostering innovation at every stage of the development process.

Expertise in Carbon Fibre Production

DIENES Apparatebau GmbH distinguishes itself as the only supplier offering a fully integrated, modular solution for the entire carbon fibre production chain—from feedstock to precursor to finished carbon fibre. By integrating flexibility, scalability, and intelligence, the MultiMode® platform represents a holistic, Research 4.0 approach that is revolutionising the carbon fibre industry.

Shaping a Sustainable Future

“Our passion lies in designing bespoke equipment and fully engineered solutions,” said Steffen Müller-Probandt, CEO at DIENES Apparatebau GmbH. “At JEC, we’re excited to showcase how our innovations support the development of sustainable carbon fibres and empower our customers to shape a greener future.”

Meet DIENES at JEC World 2025

The DIENES team, your trusted experts in fibre processing, eagerly anticipates engaging with visitors and discussing cutting-edge advancements in carbon fibre technology. Join them at the Baden-Württemberg International stand to learn more about the Dienes transformative solutions.

DIENES at Techtextil 2026: Flexible pilot lines for bio-based fiber development

The growing relevance of bio-based materials in technical textiles is accompanied by increasing demands for reproducibility, high-quality data, and scalable process routes. Especially when working with cellulose and its derivatives, chitosan, lignin-based approaches, or bio-based PAN as a carbon-fiber precursor, R&D teams face variable feedstock quality, tighter process windows, and the need for reliable comparability across trials. This calls for flexible, data-driven experimental setups that can be reconfigured efficiently when recipes, solvents, and raw-material batches change.

DIENES at Techtextil 2024

The current accelerated growing demand for technical textile demands a more proactive approach which includes implementing frameworks and technologies for recycling and a broad use of biobased materials as an alternative to conventional polymers. Research work in this field is characterised by a high degree of adaptation needs, hence demanding an efficient, systematic and, in part, self-optimising experimental working system, which must be intelligent in gathering data from the process and flexible in enabling its rearrangement.

Novel flame-retardant and recyclable fiber-reinforced composite

Airplanes and passenger trains must meet strict safety requirements, including fire safety standards. This calls for materials that are flame-retardant, lightweight, robust, and scalable. Empa researchers, in collaboration with their industry partner Elantas, have now succeeded for the first time in making such a material – a composite – fully recyclable.

WHILL selects Teijin’s tough, lightweight Carbon Fiber Composite for new last-mile mobility

Teijin Limited announced today that WHILL Inc., a global leader in inclusive mobility technology, has selected Sereebo® P CFP series, a carbon fiber-reinforced thermoplastic (CFRTP) material, for key structural components of the upcoming WHILL Model C Lite. Sereebo® P CFP series provides high strength, light weight, design flexibility and system cost advantages to the Model C Lite, which is a battery powered, single-seat, last-mile device. This new model combines maneuverability with light weight and one-handed folding to ensure ease of handling and operation.

Fewer pores, greater impact tolerance: Peter Dornier Foundation Prize 2026 honours material research on fibre-reinforced composite components for aerospace industry

Microscopically small pores that form during manufacture, or barely visible impact damage, can severely impair the load-bearing capacity and service life of fibre-reinforced composite components. Two young researchers have presented groundbreaking work in this field and will both be awarded the 2026 Peter Dornier Foundation Prize: Dr.-Ing. Benedikt Neitzel from the Technical University of Ilmenau for his doctoral thesis on pore minimisation in the RTM process, and Johanna Buschmann, M.Sc., for her master’s thesis, completed at the German Aerospace Centre, on the improved impact tolerance of 3D fabrics compared to 2D laminates.

Cotton Brazil Dialogues 2026 concludes with 50 international participants immersed in Brazilian cotton production

The Cotton Brazil Dialogues concludes its 2026 edition after a series of technical visits to farms, cotton gins and reference centers, as well as workshops focused on Brazilian cotton production. A total of 50 participants from 14 countries took part in the field trips. The initiative is led by the Brazilian Association of Cotton Growers (Abrapa) and the National Association of Cotton Exporters (Anea), with support from the Brazilian Trade and Investment Promotion Agency (ApexBrasil).

ZymoChem secures $4 million in renewed federal funding to advance U.S. biomanufacturing of critical materials and their supply chains

ZymoChem, the specialty chemicals company dedicated to bringing decarbonization, sustainability, and supply chain resiliency to the chemical industry through innovative biological manufacturing, today announced the resumption and expansion of its federal research portfolio. The company has been notified that previously paused work under a $5 million U.S. Department of Energy (DOE) program is officially back on, to be joined by continuing collaborations with three of the nation's premier national laboratories.

RDJ 6/2 in E 32: Finesse in Motion

The appearance of sports and casual shoes is as diverse as their applications, ranging from sporty to stylish and from functional to fashionably practical. In particular, spacer fabrics produced on highly flexible KARL MAYER double needle bar raschel machines with Jacquard technology are in high demand for manufacturing these trendy shoes. These efficient production machines enable attractive designs with integrated multifunctional zones on one or both fabric surfaces, such as breathable mesh structures. Flexible in size and positioning, these features enhance both aesthetics and wearing comfort.