Biocomposites and SMC Technologies as low-carbon alternatives to glass fibre materials

The motivation behind our work is to develop partially renewable and low-carbon alternatives to the usual glass fibre materials. Natural plant fibres have a carbon footprint 5 to 10 times smaller than glass fibres even smaller when carbon storage in the material is taken into account. Natural fibres represent a promising approach to sustainable development and environmentally friendly alternatives to synthetic materials. Their diverse properties and renewable nature make them attractive for various applications in textiles, construction and composites. Continued research and development in this area is expected to open new opportunities and drive the widespread use of natural fibres, leading to a more sustainable and environmentally conscious future. Despite their many advantages, natural fibres face challenges related to processing techniques, limited availability and competition from cheaper synthetic alternatives. Our goal is to bridge the gap between the research laboratory and large-scale applications of biobased materials. The focus is on finding the appropriate materials for specific applications and then developing a manufacturing process suitable for industrial use. Material and process costs and production scale are critical factors in this development. With expertise in materials science, mechanical engineering and process technology, our team has the expertise to support you along the entire development process.