What we do
Sustainable Polymer Compounds
Sustainable Polymer Compounds for a Greener Future
Sustainable Polymer Solutions
Zuciplast develops sustainable polymer compounds designed to support circular manufacturing and environmentally responsible material usage. By incorporating recycled polymers and advanced compounding technologies, we produce materials that reduce environmental impact while maintaining reliable mechanical performance.
Our sustainable compounds help manufacturers transition toward circular plastic manufacturing systems by reducing reliance on virgin raw materials and promoting responsible resource utilization.
Zuciplast sustainable materials are widely used across industries such as automotive, electrical & electronics, appliances, packaging, and industrial manufacturing.
Material Performance Advantages
Zuciplast sustainable polymer compounds are engineered to deliver reliable performance while supporting environmental responsibility.
High Recycled Content
Incorporates post-consumer and post-industrial recycled polymers.
Reduced Carbon Footprint
Lower environmental impact compared to virgin plastics.
Efficient Material Processing
Optimized melt flow for injection molding and extrusion.
Consistent Material Quality
Advanced compounding ensures stable mechanical properties.
Wide Material Compatibility
Available across multiple polymer families.
Enhanced Cost Efficiency
Provides a cost-effective alternative to materials while maintaining strong performance and processing reliability.
Sustainable Polymer Portfolio
Zuciplast sustainable compounds are available across a wide range of polymer families.
| Category | Sustainable Compounds | Applications |
|---|---|---|
| Polyolefin Sustainable Compounds |
• Recycled PP • Recycled LDPE • Recycled LLDPE • Recycled HDPE |
• Packaging products • Automotive interior components • Automotive interior components |
| Engineering Plastic Sustainable Compounds |
• Recycled PA6 / PA66 • Recycled PC • Recycled PC/ABS • Recycled PBT / PET • Recycled POM |
• Automotive connectors • Electrical housings • Industrial plastic components |
| Commodity Plastic Sustainable Compounds |
• Recycled ABS • Recycled HIPS |
• Appliance housings • Consumer electronics |
| Elastomer Sustainable Compounds |
• Recycled TPE • Recycled EVA • Recycled TPU |
• Footwear components • Flexible consumer products • Industrial applications |
| Grade Name | Polymer Type | Recycled Content | Typical Applications |
|---|---|---|---|
| ZP-PP-RC30 | Polypropylene | 30% | Automotive interiors |
| ZP-PP-RC50 | Polypropylene | 50% | Consumer goods |
| ZP-LDPE-RC40 | LDPE | 40% | Flexible packaging |
| ZP-LLDPE-RC40 | LLDPE | 40% | Film applications |
| ZP-PA6-RC30 | Polyamide | 30% | Industrial components |
| ZP-PC-RC30 | Polycarbonate | 30% | Electrical housings |
| ZP-PCABS-RC40 | PC/ABS | 40% | Appliance components |
| ZP-PBT-RC30 | PBT | 30% | Electrical connectors |
| ZP-ABS-RC50 | ABS | 50% | Consumer appliances |
| ZP-HIPS-RC60 | HIPS | 60% | Packaging products |
| ZP-TPE-RC30 | TPE | 30% | Soft-touch products |
| ZP-EVA-RC40 | EVA | 40% | Footwear components |
| ZP-TPU-RC30 | TPU | 30% | Industrial tubing |
| Property | Polyolefins | Engineering Plastics | Elastomers |
|---|---|---|---|
| Density | 0.90 – 0.96 | 1.10 – 1.40 | 0.90 – 1.25 |
| Tensile Strength | 20 – 35 MPa | 50 – 90 MPa | 5 – 40 MPa |
| Processing Method | Injection / Extrusion | Injection Molding | Injection / Extrusion |
| Recycled Content | Up to 70% | Up to 50% | Up to 40% |