Fraunhofer LBF is seeking partners for the development of sustainable biobased plastic formulations. We are particularly interested in companies engaged in the application of biobased plastic additives, such as flame retardants and antioxidants. We are looking for partners with expertise in areas where flame retardancy and longevity play a crucial role.
Another area of collaboration interest is in bioadhesive applications and coatings based on cellulose modifications. Additionally, we are keen on partnerships focusing on the development of battery housings made from natural fiber-reinforced polymer compounds.

Fraunhofer LBF boasts a strong background in the synthesis of novel (bio)additives and the formulation of biobased compounds and bioadhesives, alongside expertise in characterizing (bio)plastics and their additives. Our institute excels in evaluating and simulating the mechanical properties of plastic compounds, particularly for fiber-reinforced (bio)compounds. This includes method development for biobased polymers in highly loaded structural components, especially under demanding mechanical and flame-retardant requirements.
A key focus area is the design and processing of components. For example, Fraunhofer LBF has successfully executed projects in developing battery housings made from renewable materials. Additionally, we have extensive knowledge in cellulose acrylate chemistry, which has been utilized to create innovative flame retardants and binders for bioadhesives. This fundamental chemistry can also be adapted for other applications, such as coatings for packaging and technical uses.
Furthermore, we specialize in modifying natural fibers to enhance their water resistance and thermal stability, facilitating processing in low-melting polyamides.