[pageLogInLogOut]

#Composites

Exciting prospects for composites

(c) 2024 FUSE - Lovis Kneisel, CEO of FUSE
Interview with Lovis Kneisel, CEO of FUSE, about an alpine ski made from hemp-based composites

FUSE is one of the main players in a current project to develop an alpine ski with an overall more sustainable and ecological production process than before. Specifically, the CO2 footprint is to be significantly reduced. To achieve this, the value chain is to be converted to a circular economy and production is to be switched to processing the renewable raw material hemp in composite production. FUSE is working together with KARL MAYER Technische Textilien on the latter task.

Ulrike Schlenker from Corporate Communication team at the KARL MAYER GROUP spoke to Lovis Kneisel, Managing Director of FUSE GmbH, about the background and expectations surrounding the project.

US: Why did you choose to build an alpine ski for the joint project?

LK: We had already been working on the development of adapted semi-finished products for biocomposite products in various market sectors for some time before the start of the project. Alpine sports is an industry that is fundamentally very open to innovations in the field of sustainability and, due to the many small players, provides rapid feedback on the suitability of new material systems and process approaches. Alpine skiing as such is an enormously exciting product, as the focus here is very much on performance. In close cooperation with SPURart in particular, our team has succeeded in substituting 100% of the glass fiber used and still developing an extremely high-performance ski. Even the SPURart pros are impressed by this innovation both on and off the slope.

US: Flax fibers are already being processed in the composites sector. What fascinates you about hemp? Are there any concrete figures on the benefits of this natural fiber in terms of environmental impact?

LK: Flax and hemp are largely related in terms of their performance in composite materials. The advantage of hemp over flax lies in its ecology, but also in its economy. Unlike flax, hemp can be grown completely without chemical pesticides and is also available in good quality outside Belgium and France. As we consistently rely on secondary fibers - the so-called value fibers - for our semi-finished products, we are not in the usual procurement competition with the clothing industry for flax long fibers and can therefore pass on a very attractive cost structure to our customers.

US: What are the main advantages of using natural fiber tapes compared to natural fiber yarns in terms of the process chain and impregnation behavior?

LK: The tapes are produced directly from the fiber as a flat structure, which saves the entire spinning process and also parts of the subsequent surface formation. The advantage of this is an essentially streamlined process.

US: What impact do you expect the project to have? What potential is there for the composites industry in other market segments? In your opinion, what other applications are possible apart from sports and automotive?

LK: Natural fiber composites can be used in many different areas of application. The focus is not only on mobility or sports applications. They also offer advantages when used in load-bearing components in the building and construction sector or in the logistics sector. We are currently working together with a Swiss start-up to develop a circular Euro pallet.

US: How can natural fiber-based composites be paved the way for widespread applications? What challenges are there?

LK: The industry's interest in bio-based materials is very high and growing rapidly in light of the urgent need to decarbonize the industry. Biogenic raw materials in general, and fibers in particular due to their high performance requirements, are growth-dependent in terms of their qualitative and quantitative character. The main challenges are therefore always the reliable provision of high-quality and homogeneous materials and the continuous reduction of supply costs for industrial semi-finished products.

US: Let's talk about the cooperation with KARL MAYER Technische Textilien. How long have you been working with this partner in the composites industry and what do you value about them?

LK: The cooperation with KARL MAYER developed in the course of initial preliminary investigations for the HempSki project described above and has been steadily expanded since then. We value the company for its innovative spirit and its constant willingness to try out new things.

US: Thank you very much for this interesting interview.

(c) 2024 FUSE
(c) 2024 FUSE


(c) 2024 FUSE
(c) 2024 FUSE



More News from Karl Mayer Textilmaschinen AG

More News on Composites

#Research & Development

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.

#Composites

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.

#Composites

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.

#Composites

Carbon Revolution wins Composites Australia Engineering Team Excellence Award

Carbon Revolution has won the Engineering Team Excellence Award at the 2026 Composites Australia Annual Industry Awards.

Latest News

#Industry 4.0 / Digitalization

Coats Digital launches AI-powered GSD RealMotion for motion analysis

Coats Digital has launched GSD RealMotion, an AI-powered solution designed to provide apparel manufacturers with greater visibility into factory-floor operations. By analysing shop-floor video and applying Coats Digital’s GSD methodology, the solution turns video recordings into structured, motion-by-motion method studies.

#Textile chemistry

Archroma and Lameirinho partner in pioneering deployment of InOneGO single-step dyeing

Archroma, a global leader in specialty chemicals, and Lameirinho, a leading home textiles manufacturer based in Portugal, are collaborating to bring InOneGO by Archroma, a new single-step dyeing process, into commercial production. Lameirinho’s first InOneGo bedlinens collection is now available worldwide.

#Knitting & Hosiery

KARL MAYER launches extra-wide HKS 3-M EL for increased productivity

KARL MAYER has launched a new extra-wide version of its HKS 3-M EL tricot machine, designed to increase productivity particularly in the manufacture of textiles for sports, activewear and athleisure applications.

#Research & Development

Reducing development times for technical textiles by accelerated thermo-oxidative aging in a high-pressure autoclave

Synthetic polymers used in technical textiles can be effectively protected against degradation caused by heat, oxygen, and water through the use of stabilizer systems. This enables service lives of several decades, extending to more than 50 years. As the use of durable technical textiles continues to grow, so does the demand for reliable methods to predict their service life within economically feasible testing periods. For the first time the German Institutes of Textile and Fiber Research Denkendorf (DITF) developed methods for robust service life prediction for textiles in an IGF research project.

TOP