In the non-ferrous metal electrolysis industries such as hydrometallurgy, electrolytic copper and electrolytic nickel production, cathode plates are core key consumables, whose performance directly determines production efficiency, product purity and production cost.
Traditional ordinary cathode plates have many problems such as short service life, easy deformation, poor corrosion resistance and high energy consumption, which are difficult to adapt to the needs of modern large-scale and high-precision electrolysis production. At present, high-performance composite cathode plates such as titanium cathode plates and stainless steel cathode plates have gradually replaced traditional products in the industry. With the core advantages of high flatness, stable conductivity, strong corrosion resistance, reusable performance and low energy consumption, they effectively improve the purity and production capacity of metal electrolysis and reduce the long-term operation and maintenance costs of enterprises.
Currently, global non-ferrous metal smelting enterprises are accelerating the iteration of old equipment. High-performance and long-life industrial cathode plates have become core essential products in the international electrolysis industry with huge export market potential.
