Agoprene produces a seaweed‑based bio‑foam that replaces petroleum‑derived polyurethane in furniture padding, cushions, and packaging. The foam is fully compostable in industrial facilities within two months, meets fire safety and durability standards, and is manufactured using over 90 % renewable energy, offering manufacturers a low‑impact, cost‑effective alternative without compromising performance.
Funding
$533.4K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
BIFounders
Product
Problem
Conventional foams used in furniture and packaging are derived from petroleum, generating significant carbon emissions and creating waste that does not biodegrade. This reliance on fossil‑based materials makes it difficult for manufacturers to meet sustainability goals and for consumers to choose truly eco‑friendly products.
Solution
Agoprene produces a bio‑foam made from seaweed and other renewable ingredients that replaces oil‑based polyurethane. The material is 100 % free of petrochemicals, fully compostable in industrial facilities within two months, and manufactured using over 90 % renewable energy. It meets industry standards for fire safety, durability, and performance, allowing it to function as a direct substitute in furniture padding, cushions, and other applications. By sourcing locally and using green energy, the foam adds no net carbon to the atmosphere, offering manufacturers a low‑impact, cost‑effective alternative without compromising product quality.
Target Audience
Primary customers are furniture manufacturers, interior designers, and packaging producers seeking sustainable, high‑performance foam alternatives.
Features
- Seaweed‑based polymer matrix that eliminates the use of fossil fuels
- Certified industrial compostability in ~2 months, leaving no toxic residues
- Tested for fire safety, long‑term durability, and mechanical performance comparable to traditional polyurethane foam
- Production powered primarily by renewable energy sources, minimizing carbon footprint
- Compatibility with existing manufacturing processes for furniture and packaging
- Custom material development options for specific performance or design requirements