PROTOTYPES
Ocean Waste Plastic
rPET–rHDPE Waste-Stream Blend Prototype Series with Biochar Filler (1–10 wt%)
A circular rPET–rHDPE blend made from ocean-waste plastics and reinforced with 1–10 wt% biochar. This composite offers higher stiffness, improved dimensional stability, and stronger layer bonding—ideal for sustainable packaging, consumer goods, automotive trim, and durable 3D-printed prototypes.
Bio-augmented Biodegradable Composite
PLA–Biochar Composite Prototype Series with Biochar Filler (1–10 wt%)
A sustainable PLA–biochar composite using agricultural biochar to enhance stiffness, thermal stability, and dimensional accuracy. Lightweight, naturally matte, and carbon-reducing, it offers improved printability and durability for eco-friendly packaging, consumer products, architectural models, and structural 3D-printed prototypes.
Bio-augmented Waste Plastic
rPET Single Waste-Stream Prototype Series with Biochar Filler (1–10 wt%)
A circular composite engineered from recycled PET sourced from ocean-waste water bottles and reinforced with 5 wt% agricultural biochar. This formulation enhances stiffness, dimensional stability, and thermal resistance while reducing carbon footprint. The material offers improved flow, darker natural aesthetics, and strong layer bonding for extrusion and 3D printing. Ideal for sustainable packaging, consumer products, structural prototypes, automotive trim, and eco-friendly construction components.
Hemp Composite
PLA–PBAT Hemp Composite Prototype Series (10–40 wt%)
A tough, flexible PLA–PBAT composite reinforced with 10–40 wt% hemp fiber. Lightweight, impact-resistant, and fully bio-based, it offers natural aesthetics, enhanced ductility, and improved compostability. Designed for sustainable packaging, automotive interiors, consumer products, architectural elements, and flexible 3D-printed prototypes.
Wood Composite
PLA–Wood Composite Prototype Series (10–60 wt% Filler)
A durable PLA–wood biocomposite with 10–60 wt% forestry by-product filler, delivering 50+ MPa strength. Lightweight, scratch-resistant, naturally aesthetic, and cost-efficient, it enhances compostability and enables greener, higher-stiffness parts. Ideal for furniture and architectural models, sustainable packaging, automotive interiors, building panels/decking, and 3D-printed construction prototypes.