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Jul 29, 2024
Electrolytic nickel, as an important industrial method for nickel production, holds a significant position in modern manufacturing industries and is widely used in various fields due to its unique advantages.
High Production Efficiency
In comparison to traditional smelting techniques, the electrolytic nickel process enables the purification and production of nickel within a shorter time, thereby reducing the overall production cycle and minimizing energy consumption. Furthermore, the reduction reaction of nickel ions during electrolysis process is controllable, and the production conditions can be optimized by adjusting parameters such as current density and electrolyte temperature to further improve production efficiency.
Excellent Product Quality
The nickel metal produced by electrolysis has high hardness and wear resistance while effectively eliminate impurities and increase purity levels. These superior physical properties render electrolytic nickel widely used in fields such as aerospace, automotive, and machinery manufacturing, etc.
Strong Environmental Adaptability
The electrolytic nickel process has a high degree of adaptability to raw materials, including both nickel ore and nickel salts, which are suitable for electrolysis. Moreover, the wastewater and exhaust gases generated during the production of electrolytic nickel can be effectively recycled or treated safely through advanced processing technologies.
Advantages of Bolian Electrolytic Nickel Diaphragm Cloth
1.Diverse Types: Electrolytic diaphragm cloth products are available in various categories including general-purpose, low water permeability, high water permeability, low resistance, and corrosion-resistant types.
2. Stable Water Permeability Rate: The product maintains stable water permeability with a service life exceeding three months; witch extends the service life of diaphragm bags and improving the quality of nickel plates.
3. Ensures Stable Liquid Level Difference: By maintaining a stable liquid level difference, it guarantees the production of high-quality electrolytic nickel. The diaphragm bags minimize resistance while sustaining this liquid level difference-resulting in energy savings and significantly lowering costs associated with electrolytic nickel production.
