Sustainable
Technology
Our patented technology extracts ‘long’ and ‘short’ bamboo fibers in various lengths and thicknesses, transforming bamboo into a sustainable bio-fiber for lightweight, high-performance composites
Why bamboo?
Bamboo fibers are both renewable and sustainable, making them a highly attractive alternative to conventional fossil-based materials such as steel, aluminum, glass, and carbon fibers. Compared to other natural fibers, bamboo is readily and uniquely suited for industrial applications. During its growth phase, bamboo sequesters significant amounts of CO₂ storing it in its culms and extensive root network. As a result, bamboo fibers start with a naturally negative CO₂ footprint, offering unmatched environmental advantages.
Carbon negative
Optimal Property Retention
No chemicals
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.
Decarbonizing the Future with Bamboo
From growth to production, our CO2-negative bamboo products redefine sustainability and innovation. Contact us to learn more about our climate-positive solutions and their possibilities.
Short fibers extraction technology
Bambooder fibers are produced through our patented, fully mechanical process that preserves the intrinsic strength of bamboo while enabling compatibility with advanced composite manufacturing.
Bamboo chips are precisely dosed into the milling system, where controlled shear forces separate the fibers without damaging their integrity. Non-structural parenchyma material is removed, resulting in clean, technical fibers classified into defined fractions based on length and thickness.
The result is a range of engineered bamboo fiber grades optimized for injection molding, 3D printing, and bulk molding compounds (BMC).
Sheet formation technology
BambooSheet Pro is produced through a controlled lamination process using selected short fiber fractions for sheet and roll-based composite applications.
Fibers are distributed between two carrier layers, forming a structured intermediate material. Bambooder applies our multi-stage patented fiber opening and deposition process, enabling uniform spreading across the full production width.
This allows precise control over areal weight, resulting in consistent, scalable sheet or roll materials for efficient composite manufacturing.
Tape manufacturing technology
BambooTape Pro is produced through our patented two-stage process, converting bamboo sticks into continuous, aligned reinforcement formats.
Bamboo slats are split and mechanically opened to isolate fiber bundles without damage. Clean technical fibers are aligned and bonded into continuous tapes using hotmelt adhesive.
These tapes are then converted into semi-finished composite products, including unidirectional tapes, biaxial materials, and non-crimp fabrics, enabling seamless integration into existing composite manufacturing processes.