Jinyuansheng
Mainly engaged in the development, smelting and deep processing of new energy key metal mineral resources.
| Date | Investors | Amount | Round |
|---|---|---|---|
* | CNY1.0b | Series B | |
| Total Funding | 000k | ||
Established in 2011, Shanghai Jinyuansheng (JYS) operates as a key player in the new energy materials sector. The company has strategically positioned itself across the vertical supply chain for new energy battery materials. Its core business encompasses the development, smelting, and processing of critical metal resources like copper, cobalt, and nickel. JYS is also heavily involved in the research, development, and manufacturing of precursor materials for lithium-ion battery cathodes and specialized ferric phosphate cathode materials.
A significant aspect of JYS's business model is its focus on sustainability and resource circularity. The company actively engages in the recycling and cascade utilization of power batteries and their constituent materials, aiming to create a closed-loop system. This approach addresses the growing demand for environmentally responsible practices within the rapidly expanding new energy market. JYS serves clients by providing them with these eco-friendly new materials.
The company's history shows a clear trajectory of expansion and vertical integration. After its founding, JYS established its first copper-cobalt smelter and later constructed the Green Sand copper-cobalt smelter in the Democratic Republic of Congo (DRC). It secured control of the Ruilu resource project, also in the DRC. More recently, JYS has initiated the development of its own resources, launched a new hydrometallurgical project in Indonesia, and commenced projects for special iron phosphate and lithium iron phosphate, further solidifying its market position.
Keywords: new energy materials, battery materials, resource recycling, lithium-ion battery, cathode precursors, copper smelting, cobalt smelting, nickel processing, sustainable materials, circular economy, battery recycling, ferric phosphate, new energy supply chain, metal resources development, hydrometallurgy, electric vehicle components, energy storage solutions, clean technology materials, resource utilization, advanced materials manufacturing