Customizable and Flexible
Our modification technology modifies wood fibres to improve the compatibility with polymer matrices. It is fully customizable, allowing you to have full control over the final material mix according to your product requirement and sustainability goals.
Our flexible approach means you can use your existing infrastructure and polymers to create your product, while at the same time reducing your reliance on fossil fuel-based plastic.
Show off that natural look
Everywhere in society we need the
switch to renewable materials.
That development can not wait for large investments to be ready, things need to happen now!
Eric Zhang, Founder & CEO
Thanks to our modification technology that makes wood-fibres more compatible with polymer matrices, the composites with FibraQ exhibit higher flowability than other wood based bio-granulates
This brings three main benefits:
the possibility to choose among more polymer matrices of various flowability and ductility to tailor the mechanical performance and
good dimension stability
higher throughput during compounding and injection moulding, allowing higher production rate.
Also for smaller applications and in tooling with small gates
Normal wood fibre composites have decreased flowability, which can lead to uneven filling and packing of the mold cavity.
In order to overcome this issue, moulders typically require to design runner system with larger gates and runners to promote better flow and reduce shear stress on the material.
The enhanced flowability of FibraQ minimzes the need of customized tooling like larger gates, mean we widen the field of applications where a woodfibre compound can be used.
They say wood fibre plastic is brittle...
We introduce FibraQ compounds. Since our modification technology make sure we can mix our wood fibres in plastic matrixes that are hard and stiff as well as ductile and flexible.
We opening up for the use of wood fibre based plastics in application and products where it has not been an option before.
Broaden the use of wood fibre based plastic to help reduce carbon emissions.