Sun Metalon provides on-site metal recycling technology that transforms contaminated metal waste like swarf and sludge into reusable, high-value dry briquettes. This proprietary process allows manufacturers to recapture material assets while maintaining alloy chemistry without CO2 emissions. The resulting output is ready for the melt pool, improving yield and reducing reliance on external scrap sources.
Funding
$9.1M 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.
Founders
Product
Problem
The metal manufacturing industry faces challenges in reducing CO₂ emissions and managing metal waste, often incurring high disposal costs and environmental impact. Traditional recycling methods can be expensive and logistically complex, hindering the adoption of sustainable practices.
Solution
SUN METALON offers localized recycling and refining technology that converts metal waste into clean, valuable materials directly within the manufacturing process. Their compact, all-in-one systems enable cost-effective metal production while significantly reducing CO₂ emissions compared to traditional methods. By integrating recycling into the production line, SUN METALON eliminates waste disposal costs and promotes a circular economy. Their proprietary heating technology can process various metal types, turning waste into assets.
Target Audience
SUN METALON targets metal manufacturers seeking to reduce their carbon footprint, lower waste disposal costs, and implement sustainable production practices.
Features
- Compact, standalone units (VENUS-S) for localized recycling within existing production lines.
- Scalable units (VENUS-L) designed for large throughput recycling operations.
- Proprietary heating technology capable of recycling and recovering various metal types.
- Integrated recycling, recovering, and refining within a single system.
- Reduction of CO₂ emissions compared to traditional metal manufacturing methods.
- Conversion of metal waste into valuable, clean materials.