Engineering
climate positive composites
for a sustainable future
Climate positive composites designed to perform
We mechanically extract nine distinct fiber fractions from bamboo, each engineered for specific performance roles. These fractions are converted into high-performance compounds for injection, bulk, and sheet molding applications.
By integrating these bamboo-based materials, manufacturers can significantly reduce the carbon footprint of conventional plastic compounds, or replace aluminum and steel components altogether, without compromising functional performance.
| Carbon | Glass (E glass) | Plastics | Flax | Bamboo | |
| Price | High | Low | Low | High | Medium |
| Weight (density) | Low | Medium | Low | Low | Low |
| Visual esthetics | Industrial look | Industrial look | Industrial look | Natural finish | Natural finish |
| Moisture Uptake | No uptake of water | No uptake of water | No uptake of water | High | Low |
| Damping | Low | Low | High | High | High |
| CO2 footprint | High | Medium | Medium | Up to net zero | Carbon negative |
| Biodegradability | No | No | No | Yes | Yes |
| Renewable resource | Non-renewable | Non-renewable | Non-renewable | Renewable | Renewable |
| Availability Worldwide | Abundantly | Abundantly | Abundantly | Only in Europe | Abundantly |
Our composites unlock sustainable alternatives to carbon fiber, glass fiber, PVC, recycled PET, steel, aluminum and concrete.
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Our Partners
Collaborating across the value chain — from research to production.
Building the next generation of composites
Enhance composites with high-performance bamboo fibers — a sustainable alternative to traditional fossilfuel-based composites like glass, carbon fiber, steel and aluminium.
With a density of 1.4g/cm³, lower than conventional materials for high performance at lighter weights.
Sequesters a high amount of CO₂ during its growth phase (up to 50t CO₂/ha/y).
Boasts a higher specific stiffness than many other conventional materials.
Bamboo's impressive growth rate reaches 1 meter daily, far outpacing other fiber materials.
Guarantees a continuous, eco-friendly resource, vital for long-term sustainability efforts.
Less prone to moisture induced performance degradation due to the hydrophobic lignin in bamboo fibers.
Our impact
Lower CO₂ footprint
-75%
Lightweight
-40%
Rapid renewability
10x
Carbon Sequestration
-35%
Renewable material for long term sustainable effort
Bambooder wants you to take control of the future we live in. Discover how our bamboo-based products can advance your applications.
