Granulous provides 100% bio‑based, fully compostable polymer materials that can replace conventional polypropylene in existing extrusion and injection‑molding lines. Their drop‑in formulations deliver comparable melt flow, dimensional stability, and impact resistance, enabling manufacturers of packaging, consumer goods, and industrial components to achieve circular, soil‑friendly end‑of‑life without re‑tooling. This allows companies to meet sustainability targets while maintaining high‑volume production performance.
Funding
Funding not disclosed
Founders
Product
Problem
Conventional plastics are derived from fossil fuels, generate persistent waste, and often require specialized industrial composting facilities, creating environmental and logistical challenges for manufacturers seeking sustainable alternatives.
Solution
Granulous offers bio‑based, fully compostable polymer materials that decompose in natural soil conditions without leaving microplastics. Their formulations are engineered to match the processing characteristics of polypropylene, allowing seamless integration into existing extrusion and injection‑molding lines. By delivering comparable flow, dimensional stability, and impact performance, the materials enable manufacturers to replace fossil‑based plastics with minimal equipment changes while achieving a circular, soil‑friendly end‑of‑life. This approach combines industrial‑scale performance with genuine biodegradability, supporting companies in meeting sustainability goals without sacrificing product quality.
Target Audience
Granulous primarily serves manufacturers of plastic packaging, consumer goods, and industrial components who require scalable, high‑performance materials and wish to transition to compostable, low‑environmental‑impact alternatives.
Features
- 100% bio‑based polymers that fully compost in natural environments, eliminating the need for industrial composting facilities
- Processing properties closely aligned with polypropylene, enabling drop‑in replacement on standard plastic equipment
- Consistent melt flow and dimensional stability for reliable extrusion and injection molding at high volumes
- Impact resistance suitable for a wide range of consumer and industrial applications
- Compatibility with existing large‑scale manufacturing lines, reducing re‑tooling costs and risk
- Reduces reliance on fossil‑derived plastics, contributing to lower carbon footprints and circular economy targets