ENTRON eco
PCR-Series (PA 6.6)
High-quality regranulates and compounds made from post-consumer recyclates — for high-performance applications and a genuine circular economy.
ENTRON eco A PCR
Compounds
High-performance compounds with specifically adjusted mechanical, thermal and optical properties — developed for demanding applications in injection molding and extrusion.
ENTRON eco A PCR
Granules
High-quality regranulates made from post-consumer raw materials — ideal as a raw polymer for further processing into compounds.
ENTRON eco PCR-Series
High-quality regranulates and compounds made from 100 % post-consumer recyclates.
The ENTRON eco PCR series stands for sustainable plastic solutions made entirely from post-consumer recyclates (PCR).
Our regranulates and compounds from the PCR series are made from real end-user waste — from plastics that were already in circulation. In this way, our PCR materials actively contribute to closing material cycles, conserving resources and promoting the circular economy.
Switch to recycled PA 6 and PA 6.6 now!
“Every new beginning comes from the end of another beginning.”
Marcus Annaeus Seneca
What makes post-consumer recyclates (PCR) so special?
Your advantages
Genuine recycling loop: Utilization of waste streams instead of pure production recycling
Conserving resources: less use of primary plastics
Sustainable value creation: waste becomes valuable raw materials
Contribution to CO₂ reduction: smaller ecological footprint
PCR granules and PCR compounds therefore represent the decisive step towards a genuine circular economy. Used consumer goods are turned into new products — without fossil raw materials.
ENTRON eco PCR-Series — sustainability with a measurable effect
Although PCR and PIR materials are comparable in terms of product carbon footprint (PCF), the ENTRON eco PCR series delivers the decisive added value: it uses existing waste streams, reduces the need for virgin material and relieves the burden on landfills — a practical contribution to the circular economy, not just a mathematical one.
In addition, ENNEATECH AG was awarded the BSFZ seal — the official proof of entrepreneurial innovation competence and active research work according to scientific standards.
“We produce our PA-66 PCR compounds and granulates tailored to the needs of our customers.”
Hartmut Schoon | Chairman of the Executive Board
Design for recycling — sustainability considered right from the start
Sustainable product design starts with the material. With the principle of “Design for Recycling”, we work together with our customers to develop customized plastic solutions that are not only convincing today, but can also be recycled and reused tomorrow — over their entire life cycle.
Our focus in Design for Recycling
- Optimized material combinations for improved separability and recyclability
- Development of recyclates, precisely tailored to individual technical and optical requirements
- Holistic consulting for recycling processes that are already considered during product development
This results in plastics that are designed for the cycle from the outset — a real contribution to sustainable product design and resource conservation.
Our promise: Development partner for closed loops
As ENNEATECH AG, we see ourselves not only as a supplier, but also as a development partner for your sustainable plastics strategy. We support you in harnessing your own waste streams, returning them to the production process and creating new, high-quality materials from them.
Together with you, we design and optimize closed material cycles that make ecological sense and are economically efficient — for a future in which sustainability and profitability go hand in hand.
A look at the properties of the ENTRON eco Compounds PCR series
ENTRON A GF15 BK PCR
Article number: 723301
- Charpy impact strength: 60 kJ/m2
- Charpy impact strength: 10 kJ/m2
- Tensile modulus of elasticity: 5100 MPa
- Tensile strength: 115 MPa
- Elongation at break: 4 %
-
Melt temperature: 255°C — 265°C
- 15% glass fiber
- black
- Drying: 80 °C; >4h
- Processing temperature: 270–300°C; <10 min
- Tool temperature: 70–90 °C
- Available as: impact-modified, UV-stabilized, heat-stabilized, injection moulding-optimized
- Packaging: silo, octabin, big bag, 25 kg bags
ENTRON A GF25 BK PCR
Article number: 723501
- Charpy impact strength: 65 kJ/m2
- Charpy impact strength: 11 kJ/m2
- Tensile modulus of elasticity: 8000 MPa
- Tensile strength: 150 MPa
- Elongation at break: 3.5 %
Melt temperature: 255°C — 265°C
- 25% glass fiber
- black
- Drying: 80 °C; >4h
- Processing temperature: 270–300°C; <10 min
- Tool temperature: 70–90 °C
- Available as: impact-modified, UV-stabilized, heat-stabilized, injection moulding-optimized
- Packaging: silo, octabin, big bag, 25 kg bags
ENTRON A GF30 BK PCR
Article number: 723601
- Charpy impact strength: 70 kJ/m2
- Charpy impact strength: 12 kJ/m2
- Tensile modulus of elasticity: 9000 MPa
- Tensile strength: 160 MPa
- Elongation at break: 3.5 %
-
Melt temperature: 255°C — 265°C
- 30% glass fiber
- black
- Drying: 80 °C; >4h
- Processing temperature: 270–300°C; <10 min
- Tool temperature: 70–90 °C
- Available as: impact-modified, UV-stabilized, heat-stabilized, injection moulding-optimized
- Packaging: silo, octabin, big bag, 25 kg bags
ENTRON A GF50 BK PCR
Article number: 723001
- Charpy impact strength: 75 kJ/m2
- Charpy impact strength: 15 kJ/m2
- Tensile modulus of elasticity: 15000 MPa
- Tensile strength: 210 MPa
- Elongation at break: 3 %
-
Melt temperature: 255°C — 265°C
- 50% glass fiber
- black
- Drying: 80 °C; >4h
- Processing temperature: 270–300°C; <10 min
- Tool temperature: 70–90 °C
- Available as: impact-modified, UV-stabilized, heat-stabilized, injection moulding-optimized
- Packaging: silo, octabin, big bag, 25 kg bags
Engineering POLYMERS for Tomorrow
Innovative, responsible, and ready for the future — we turn technical polymers into sustainable solutions.
Are you looking for a partner and plastics specialist?
We value the personal exchange and look forward to hearing from you. Whether by phone, e‑mail, using our contact form or during a personal visit — we are there for you.
