
Tailor-made
materials for your
sustainable transition

Our materials
Sustan offers a range of biobased plastic compounds that can be used for injection moulding, extrusion and other manufacturing processes.


Tertiuse>
E-modules 4000 MPa
Stress 50 MPa
Strain 3%

Primusb>
E-modules 1500 MPa
Stress 25 MPa
Strain 8%

Quintusr>
E-modules 100 MPa
Stress 5 MPa
Strain 100%


EB(Engineering Biopolymer)
E-modules 4000 MPa
Stress 50 MPa
Strain 3%

BB(Base Biopolymer)>
E-modules 1500 MPa
Stress 25 MPa
Strain 8%

RB(Rubber Biopolymer)>
E-modules 100 MPa
Stress 5 MPa
Strain 100%

We specialize in tailor-made solutions, customizing materials to meet your specific requirements.
Choose from biobased and biodegradable options and fine-tune the E-modulus, stress, and strain.
Together, we develop compounds that align precisely with your needs.


Tailor-made compounding

Research & Development support
To support your journey toward sustainability, we offer tailor-made compounding solutions and comprehensive Research & Development support making your transition an easy one.
We align with your specifications
We customize our materials to match your desired characteristics. From rigidity, strength, flexibility and stiffness to impact resistance. We ensure our compounds deliver top-tier performance while seamlessly integrating with your existing equipment and production processes.
Unlock sustainable advantages

Seamless process integration

Low temperatures

CO₂ reduction

No high investments

Our compounds

Fibrus rPE 2020

Material info
SUSTAN Fibrus rPE 2020 is based on polyethylene sourced from post consumer packaging material and is upgraded with natural fibers into an extrusion and injection moulding grade.
E-modulus: 1541 MPa
Stress: 13 MPa
Strain: 9%
CO₂ reduction based on miscanthus contents: 0,44kg/kg product
Fibrus rPP 1020

Material info
SUSTAN Fibrus rPP 1020 is based on polypropylene sourced from post consumer packaging material and is upgraded with natural fibers into an injection moulding grade.
E-modulus: 2370 MPa
Stress: 21 MPa
Strain: 5%
CO₂ reduction based on miscanthus contents: 0,44kg/kg product
Tertius 6310A

Material info
SUSTAN Tertius 6310A is based on home compostable biopolymer and is modified with natural fibers into an extrusion and injection moulding grade.
E-modulus: 222 MPa
Stress: 14 MPa
Strain: 357%
CO₂ reduction based on miscanthus contents: 0,22kg/kg product
More coming soon…

Want to know more?

Let’s discuss creating the ideal tailor-made compound for your needs!

Explore the sustainable products we have already developed!