carbonauten polymers

CO2-negative, engineered biocarbon composites

carbonauten polymers specialize in the development and production of ready-to-use masterbatches and compounds highly filled with technical biocarbons. Many properties of the plastics are improved, costs are reduced, and recyclability is maintained. The basis is permanently stable or biodegradable polymers and biopolymers. The granules are processed in the same way as other plastics.

Regenerative Compsites

By enriching our compounds with up to 50% biocarbon, carbonauten polymers plays an important role in reducing CO2 emissions and paves the way for a sustainable future in the plastics industry. One ton of carbonaute biocarbon permanently stores up to 3.3 tons of CO2.

Products

carbonauten®
ABS Tech BioC 40/70/5 IM

  • 40% biocarbon-filled ABS bio-composite.
  • Stiffness, high thermal stabilization, high dimensional stability, natural black surface aesthetics

carbonauten®
HP Tech BioC 50/70/0.3 ET

  • 50% biocarbon developed for thermoforming and extrusion applications.
  • Products originating from this grade have a good balance of stiffness and impact strength at ambient temperatures in combination with reduced CO2 footprint.

carbonauten®
ICP Tech BioC 50/70/4 IM

  • 50% biocarbon-filled polypropylene impact copolymer bio- composite.
  • excellent stiffness, high thermal stabilization, high dimensional stability, natural black surface aesthetics, and reduced CO2 footprint.

carbonauten®
ICP Tech BioC 50/70/6 IM

  • 50% biocarbon-filled polypropylene bio-composite.
  • excellent stiffness, high thermal stabilization, high dimensional stability, natural black surface aesthetics, and reduced CO2 footprint.

Properties NET Material as Masterbatches and Compounds

1

Biodegradable
or permanently stable
Recarbonizable
Recyclable

2

Sustainable becomes cost-effective

3

High temperature resistance

4

Improved dimensional stability

5

Non-toxic natural black

6

Reduced weight

7

Organic material from biomass residues

8

UV resistant

9

High stiffness

10

minus CO2
finished plastic parts store up to 1.65 metric tons of CO2 per metric ton

carbonauten NET Materials® proof of concept

1

Injection molded parts

2

Foams

3

Extruded sleeves and caps

4

Thermoplastic granules

5

Biodegradable plant pots

6

Test rods

7

Building boards

8

Pipes and fittings

9

Slides

10

Deep drawn parts

Polymers Current

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