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 unidirectional (UD) tapes and 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, aluminum and concrete
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Our groundbreaking patented technology
Our patented technology extracts fibers mechanically from bamboo. The fibers are separated into multiple fractions of thickness and length. It enables us to create high-performance composite applications combining strength, durability, and sustainability.
From marine interiors and construction to electrical housing, traffic signs, banking cards, and lifestyle products, our bamboo fiber solutions are revolutionizing industries.
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%
Our partners
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.
