Positive Plastics
Positive Plastics provides curated physical sample kits and an online directory that help product designers and engineers discover and compare sustainable, low-CO₂ plastic materials. The kits include commercially available post-consumer recyclates, post-industrial recyclates, mass-balanced grades, bio-based grades, and bio-composites suitable for injection molding of durable products. The platform also offers design tips and a glossary to support informed material selection.
- Clean Technology
- New Materials
- Commerce & Shopping
Funding
Founders
Founder details are not available yet.
Product
Problem
Product designers and engineers face significant difficulty identifying and comparing sustainable plastic materials that meet both environmental and performance requirements. Information about low-CO₂ plastics is scattered, and physical samples are hard to access, making informed material selection time-consuming and prone to error.
Solution
Positive Plastics provides a curated platform that bridges designers and suppliers of sustainable plastic materials. The company offers physical sample kits—collections of commercially available, low-CO₂ polymers including post-consumer recyclates, post-industrial recyclates, mass-balanced grades, bio-based grades, and bio-composites. These kits facilitate materials understanding and improve communication between non-technical and technical team members. The platform also includes an online directory of materials, design tips, and a glossary to support informed decision-making. Suppliers can showcase their sustainable offerings to a targeted audience of design professionals.
Target Audience
Primary users are product designers, engineers, and product managers across industries such as consumer electronics, home appliances, and automotive, who need reliable access to sustainable plastic materials for durable injection-molded products.
Features
- Curated physical sample kits containing innovative, commercially available sustainable polymers from multiple manufacturers
- Materials categorized by sustainability type: PCR, PIR, mass-balanced, bio-based, and bio-composites
- All materials suitable for injection molding of durable products such as consumer electronics, home appliances, and automotive interiors
- Online materials directory for designers to discover verified low-CO₂ plastics
- Educational resources including design tips (e.g., UV resistance, chemical resistance, low-temperature performance) and a glossary
- Supplier showcase functionality for presenting sustainable material offerings to relevant design professionals