Sustainable Plastics.
We support a range of sustainable polymer solutions, including recycled, bio-based and lower-carbon materials.
Our team works with customers to balance performance, cost and environmental impact, helping integrate sustainable plastics without compromising quality or manufacturability.
Capabilities
Recycled Plastics
PCR, PIR & Circular Polymers
Natural Fibre Composites
Wood, Hemp, Coffee & Mineral Filled Polymers
Bio-Based & Renewable Polymers
Bio-Plastics, Bio-Based & Mass-Balanced Materials
Regrind & Closed-Loop Recycling
Controlled Reprocessing & Material Reuse
Recycled Plastics.
PCR, PIR & Circular Polymers
We support the use of recycled-content materials across a wide range of applications, including both commodity and
engineering polymers.
Options include:
- Post-consumer recycled (PCR)
- Post-industrial recycled (PIR)
- Closed-loop materials
- Recycled engineering polymers
All materials are validated to ensure consistent processing and mechanical performance.
Natural Fibre Composites.
Wood, Hemp, Coffee & Mineral Filled Polymers
Natural fibre reinforced plastics offer reduced plastic content and improved sustainability while maintaining good
stiffness and durability.
Examples include:
- Wood fibre composites
- Hemp / flax reinforced polymers
- Coffee / agricultural waste filled materials
- Mineral and natural fillers
These materials are suitable for retail, interiors, consumer products and non-structural components.
Bio-Based & Renewable Polymers.
Bio-Plastics, Bio-Based & Mass-Balanced Materials
We can process bio-based, biodegradable and mass-balanced polymers that reduce reliance on fossil feedstocks while
maintaining required performance.
Examples include:
- PLA, PHA and biodegradable blends
- Bio-based PP, PE, PA and PET
- ISCC mass-balanced polymers
- Renewable feedstock engineering grades
Suitable where lower carbon footprint or renewable content is required.
Regrind & Closed-Loop Recycling.
Controlled Reprocessing & Material Reuse
We can incorporate regrind into production where suitable, helping reduce waste and material cost while maintaining
consistent quality.
Capabilities include:
- In-house regrind integration
- Controlled blending ratios
- Customer material reuse
- Trial and validation support
Regrind use is always controlled to ensure performance, traceability and repeatability.