Recently, GSJC Group's key project is also the first comprehensive trial production of the synthetic process of the first domestic carbonyl nickel production line with an annual output of 10,000 tons. As a result, Jinchuan Group became the first company in the world to own two production lines of nickel carbonyl and iron carbonyl, and entered the world's leading carbonylation metallurgical production with full independent intellectual property rights.
The production line with an annual output of 10,000 tons of nickel carbonyl is based on the actual development of Jinchuan gasification metallurgy technology. The production unit was enlarged on the basis of the original 500 tons test line production. It adopts medium-pressure synthesis technology and the world's most advanced technology, equipment and safety control. Technology, equipped with independent research and development of the country's first synthetic rotary kettle and other core equipment with independent intellectual property rights. It combines innovative technologies in the gasification metallurgy field with 124 patents and guarantees. Its large-scale R & D and production capabilities are second to none.
GSJC Carbonation Metallurgy Plant will produce 10,000 tons of nickel carbonyl per year. According to the trial production plan, it will pass the production system material reaction test, rectification and upgrade, and open up the production, synthesis and decomposition of the carbonyl nickel pellet process. To ensure that the production line processes are continuous and contribute to Jinchuan Group's improvement of quality and efficiency, transformation and upgrading.
A compound in which a carbonyl group acts as a ligand and binds to a metal. In 1890, L. Monde produced nickel tetracarbonyl nickel Ni (CO) 4 by reacting carbon monoxide with nickel powder.
It is reported that because of its unique crystalline structure and high-purity particles, nickel carbonyl can be an ideal material for mixing with other metals. It forms a stable and uniform distribution before powder sintering, and can penetrate with other powders during subsequent sintering. It can evenly filter and form precision parts with balanced metallurgical structure. It can be used in diamond tools, products, hard alloys, powder metallurgy, batteries, electrical and electronic, magnetic materials and conductive materials.