High-Performance Lightweight Material from Wood

Purpose and goal:

The project aims to develop a new type of advanced high-performance wood material for use in the aerospace industry. By combining chemical pretreatment and continuous hot pressing of bio-based and renewable wood material, a strong, light, water-repellent and fire-resistant material is created with improved mechanical properties and a strength-to-weight ratio like titanium and better than aluminium.

This material has potential to replace traditional materials such as titanium and aluminum, leading to improved fuel efficiency and reduced environmental impact. Expected results and effects: Through this project we expect to produce strong and durable wood-based materials that meet the requirements in the aviation industry. The innovation

can lead to Swedish small and medium-sized companies being able to compete on the international market and contribute to sustainable growth within the aviation industry. By implementing this new technology in our production process, we will not only strengthen the Swedish aviation industry, but also contribute to global sustainability goals by replacing

non-sustainable materials with environmentally friendly alternatives. Approach and implementation: The project includes a strong composition of actors: Organofuel Sweden (SME): Leads the project and is responsible for industrial application.

Mittuniversitetet (MIUN): Contributes with academic expertise in materials science and chemical pretreatment as well as manufacturing of prototypes.

RISE: Ensures that the material meets the aviation industry´s eligibility requirements and standards, and connects the technical development with the needs of the market.