Kaimarra provides a patented polymer composite platform that enables extreme filler loading in any thermoplastic resin, producing ready‑to‑use pellets compatible with existing extrusion and injection molding equipment. The technology lowers material costs toward commodity levels while maintaining or improving mechanical strength, and its composites achieve independently validated ISO‑14855 biodegradation without microplastic residue.
Funding
Funding not disclosed
Founders
Product
Problem
The biodegradable plastics market struggles with high material costs, insufficient mechanical performance, and unreliable claims of true biodegradability, limiting adoption in mainstream applications.
Solution
Kaimarra offers a patented polymer composite platform that enables extreme filler loading in any thermoplastic resin. By compatibilizing bioavailable or high‑performance fillers directly into the polymer matrix, the technology reduces material costs toward commodity levels while maintaining or enhancing mechanical strength. The resulting composites achieve verified, ISO‑14855‑compliant biodegradation without generating microplastics, providing predictable end‑of‑life behavior. Kaimarra’s reactive blend process produces ready‑to‑use pellets that can be processed on existing high‑volume equipment, allowing manufacturers to integrate the solution without new tooling.
Target Audience
Primary customers are manufacturers of consumer goods, packaging, and industrial components seeking cost‑effective, high‑performance biodegradable or reinforced thermoplastic materials, as well as OEMs requiring seamless integration into existing polymer processing lines.
Features
- Patented compatibilization chemistry that bonds fillers into the polymer matrix, supporting filler loadings far beyond conventional limits
- Ability to use a wide range of fillers, including bioavailable materials for compostable products and glass, carbon fiber, or other performance fillers for structural parts
- Maintains mechanical integrity at high filler content, preventing the collapse typical of traditional composites
- Produces standard‑size pellets compatible with existing extrusion, injection molding, and other high‑volume polymer processing equipment
- Biodegradation performance independently validated to ISO 14855, ensuring full carbon mineralization with no microplastic residue
- Scalable cost structure that drives material pricing toward parity with conventional plastics under extended producer responsibility pressures