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Convenient processing of low-grade copper oxide ores
Convenient processing of low-grade copper oxide ores 1.Copper oxide ores are mainly distributed in South America, North America
As a representative enterprise in the field of gold, silver, platinum, palladium and rhodium refining equipment in China, Jinquan's marketing budget in this area is "0". Where does the budget go? Research and development, full!
The awards Jinquan has won must be heavyweight and influential awards, such as the "First Prize for Scientific and Technological Achievements of the China Gold Association" he won today.
On February 27, 2024, the China Gold Association announced the list of winning projects for the 2023 China Gold Association Science and Technology Award. The "Intelligent and Efficient 99.999% Gold Electrolysis Key Technology and Equipment Research and Development" jointly applied by our unit, Northeastern University and Shandong Gold won the award from the association. The first prize for scientific and technological achievements. This is also the third time that our unit has won the first prize at the provincial and ministerial level. It is worth mentioning that Jinquan is the only equipment supplier on the list among the 160 awards of the China Gold Association.
Convenient processing of low-grade copper oxide ores 1.Copper oxide ores are mainly distributed in South America, North America
Copper oxide ore processing Efficient Resource Extraction: Electrodeposition efficiently extracts copper from oxide ores, maximizing resource utilization through electrochemical reduction. High-Purity Output: The process yields high-purity copper products, meeting industry
Silver refining is a critical process, and electrolytic purification stands out as an efficient and scientific method. In the process of electrolytic purification, silver serves as the anode in a
The difference between it and electrolysis is that it can process low-grade precious metal-containing solutions. Yes, a significant advantage of the cyclone electrolysis equipment compared to traditional electrolysis equipment is