carbonauten polymers
CO2-negative, technical biocarbon composites
On the basis of technical biocarbons, carbonauten polymers develops and produces ready-to-use, CO2 negative composites. Many properties of the plastics improve, costs decrease and recyclability is maintained. The granules are processed in the same way as other plastics.
Plastics become a CO2 sink
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 Carbonauten biocarbon permanently stores up to 3.3 tons of CO2.
carbonauten Tech BioC Composites
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 of carbonauten NET Materials® as masterbatches and compounds
1
Biodegradable
or permanently stable
Recarbonizable
Recyclable
2
Sustainable is becoming 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
Resistant to UV radiation
9
High stiffness
10
minus CO2
finished plastic parts store up to 1.65 tons of CO2 per ton
carbonauten NET Materials® – proof of concept
Hardware-Cases
Foams
Extruded parts
Injection molded parts
Degradable plant pots
Testing rods
Insulation panels
Piping and fittings
Films
Deep drawn parts
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