Project cooperationUpdated on 28 May 2025
KiriCore - core material based on Kiri wood
About
KiriCore Sustainable Materials is offering a sustainable core material for composites. Our KiriCore Sustainable Material is an alternative to hydrocarbon-based foams and Balsa wood currently used in the production of composites for wind turbine rotor blades. Our KiriCore Sustainable Material is based on Kiri wood, which grows in Europe. This makes it robust against supply chain problems and reduces carbon dioxide emissions thanks to shorter transportation routes. Kiri wood meets the requirements placed on core materials and is also more economical. Our aim is to strengthen the European supply chain and reduce dependence on non-European countries and non-sustainable materials.
Stage
- Drafting - writing the project proposal
Topic
- Novel lightweight materials including optimised manufacturing
Type
- Project idea seeking partner(s)
Attached files
Organisation
Similar opportunities
Project cooperation
Automotive-proven materials enter Air Mobility
- Bolster lightweight integration
- Maximizing Efficiency and Performance
- Ideation - identifying the project idea
- Novel lightweight materials including optimised manufacturing
Dirk Bonefeld
Head of product management and marketing at Bond-Laminates GmbH - A company of Envalior
Brilon, Germany
Project cooperation
Lightweight Design Solutions for Multi-Material Structures and Hybrid Concepts
- Other
- Expertise offered
- Project idea seeking partner(s)
- Design - setting the project scope
- Recycling of lightweight materials
- Ideation - identifying the project idea
- Drafting - writing the project proposal
- Joining technology in multi material design
- Optimization of (multimaterial) design approaches
- Novel lightweight materials including optimised manufacturing
Sebastian Spitzer
Head of Lightweight Design Division at TU Dresden - Institute of lightweight engineering and polymer technology
Dresden, Germany
Project cooperation
Magnesium based Alloys and Composites
- Expertise offered
- Additive Manufacturing
- Bolster lightweight integration
- Project idea seeking partner(s)
- Recycling of lightweight materials
- Joining technology in multi material design
- Optimisation of resource and energy efficiency
- Optimization of (multimaterial) design approaches
- Novel lightweight materials including optimised manufacturing
Hajo Dieringa
Head of Department "Hybrid Materials and Processes" in the Institute of Material and Process Design at Helmholtz-Zentrum Hereon
Geesthacht, Germany