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A carbon negative
material with wood as a source

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Sustainable forestry

Forests both store and release significant amounts of carbon as part of a natural cycle. Responsible forest management not only reduces a forest’s potential as a carbon source, it can also increase the effect of its carbon storage capacity.


Our solution enable paper and wood fiber producers to deliver material in existing supply chains of plastic products.

FibraQ is sourced from sustainably managed forest.

  • PEFC certified raw material

Image by Darius Cotoi

​As for now FibraQ compounds can be mechanically recycled in a closed loop, and we estimate the re-processability is possible ​up to seven times​.

FibraQ compounds can be separated for recycling in various ways, including density-based and NIR-based methods. 


  • If a FibraQ PP/PE compound has a fiber content below 20% it will be recycled with standard PP/PE in the current open loop system.

Benefits of using FibraQ to make a compound with recycled plastics:

  • Reduce shrinkage

  • Enhance dimensional stability

  • Improve strength

Image by Darius Cotoi
We are constantly researching and updating our data
with what we know now. 
If you know more then we do, please feel welcome to share with us!
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Naturally climat neutral

Trees play an important role in the carbon cycle by continually taking carbon out of the atmosphere through the process of photosynthesis. 


Growing trees act as a carbon sink. Absorbing more carbon dioxide then they release.

As trees grow, they store about 1 ton of carbon dioxide per cubic meter of wood

Carbon negative material, cradle to gate.

Image by Darius Cotoi
Carbon Absorbed and released by the forest over a lifecycle

Source: SLU (The Swedish University of Agricultural Sciences)

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