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Pioneering Circular Materials

We are a waste valorization material innovation circular economy thermomechanical company on a mission to eliminate waste.

We convert unsegregated municipal solid waste into high-performance biocomposite materials through advanced thermomechanical processing. No chemical synthesis. Just smart engineering.

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Rethinking waste as an opportunity

0
%+
Filler content from waste streams
0
°C
Max processing temperature
0
Chemical synthesis required
0
g/cm³
Material density achieved

Seven synchronized stages.
One circular solution.

Our integrated system transforms heterogeneous waste into homogenized composite matrices through precise parameter control.

Deep Dive
Separation
Thermal
Shredding
Gel Phase
Binder
Extrusion
Granulation
07

Granulation & Product Formation

The extrudate is converted into uniform granules through strand cutting or pelletization. Typical properties include high ash content, controlled density, and tunable melt flow index.

Output Uniform granules
Method Strand cutting
Construction Elements Furniture Components Industrial Mats Consumer Goods Packaging Solutions Functional Fillers
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The principal contribution is the synchronized integration of established unit operations into a robust processing architecture capable of handling feedstock variability.
System Design Philosophy

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