Zhengshan electrode paste was successfully applied to a large-scale titanium slag electric furnace smelting
Recently, Zhengshan electrode paste was successfully applied in the smelting of a large-scale titanium slag electric furnace.This successful application not only improved the smelting efficiency, but also significantly reduced production costs, bringing new development opportunities to the titanium slag smelting industry.
It is understood that large-scale titanium slag electric furnaces are important production equipment, and their smelting process requires extremely high electrode materials.Traditional electrode materials are prone to fracture and excessive consumption during smelting, which seriously affects production efficiency and product quality.In order to solve this problem, the company went through many tests and screenings, and finally chose Zhengshan electrode paste as the new electrode material.
Zhengshan electrode paste is known for its excellent electrical conductivity, high strength and heat resistance, and performs well in the smelting process.Its unique formula and process enable the electrode to remain stable during the smelting process, reducing fracture and consumption, thereby improving the smelting efficiency and product quality.In addition, Zhengshan electrode paste also has good environmental protection properties, reduces pollution emissions in the smelting process, and is in line with the current concept of green production.
According to the company's technical personnel, the successful application of Zhengshan electrode paste has not only improved the smelting efficiency, but also significantly reduced production costs.Compared with traditional electrode materials, Zhengshan electrode paste consumes slower and has a longer service life, thereby reducing the frequency and cost of electrode replacement.At the same time, due to its excellent electrical conductivity, the energy consumption in the smelting process can also be reduced, further improving the economic benefits of the enterprise.