Cuprous chloride production process - high temperature method
Cuprous chloride production process - high temperature method

Cuprous chloride production process - high temperature process is a production process that further processes and refines cuprous chloride on the basis of dry process. Our company is the only enterprise in the industry that uses this process. The product content reaches 99%-99.5%, and the sum of several heavy metal contents is within 50ppm. The product is mainly used as a catalyst for organic chemical synthesis and for raw materials. Among them, the catalyst grade has extremely high requirements for cuprous chloride, and the heavy metal content is generally around 10 ppm. It is widely used in the organic silicon, pharmaceutical synthesis and pesticide synthesis industries. High temperature method cuprous chloride is used as a catalyst. In all processes, it has strong activity and high conversion rate, and customers have a high acceptance rate and recovery rate in use. Global organic silicon manufacturers purchase more than a thousand tons of cuprous chloride products from our company every year, and there are also Faravelli Company in Italy and Wacker Company in Germany. Some pigments and inks on the market use our company's cuprous chloride as raw materials. Basf in Germany, Sanyo in Japan, Toyo Ink in Zhuhai, China, Flint Company, etc. are all long-term customers of our company.

At present, there are two main production processes for cuprous chloride: wet process and dry process. The raw materials used in the wet process are generally copper wastewater, which results in the generated cuprous chloride product having low main content, high heavy metal content, poor product quality, and serious environmental pollution. Therefore, it is currently difficult for companies using this process to survive in the industry. The cuprous chloride produced by this process is generally used in ordinary pigments. The raw materials used in the dry process are relatively pure, with the main content of the product being around 98%-99%, and the heavy metal content being generally 100ppm, of which the acid-insoluble content is very easy to exceed the standard.

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