• Full sealing, full water cooled, module, combination and optional N+X redundant spare unit system
• New rectification model and rectification parts are used. The voltage reduction of the parts is
• 0.1V-0.2V. The rectification efficiency is improved much for energy and power saving.
• True full waterway structure. The water leakage probability of the waterless pipe connectors
• inside the unit device approximates to zero.
• Passive compensation cabinet is not required. The power factor is more than 0.98 and the
• rated efficiency is 95%.
• The LYAPFC device is optional. The harmonic wave content of total current is less than 5%.
• It is the true green and environmental protection power.
• The current equalization control precision among modules is not more than 1%
• The digital network control is used. The control signals have no attenuation to ensure high
• output precision.
• Full PC and full digital intelligent control system to facilitate production management and
• intervention to DCS system.
• Device maintenance without shut-down and no influence on normal production.

Mainly used in electrolytic copper foil process, aluminum profile oxidation, chromium plating, rare earth smelting, electrolytic gas, waste water treatment and other fields.

There are two methods of rare earth smelting, hydrometallurgy and pyrometallurgy. Pyrometallurgy has simple process and high productivity. Rare earth pyrometallurgy mainly includes silicon thermal reduction method to obtain rare earth alloy, molten salt electrolysis method to obtain rare earth metal or alloy, metal thermal reduction method to obtain rare earth alloy. The common characteristic of pyrometallurgy is production under high temperature. In industrial mass production of mixed rare earth metals, molten salt electrolysis is generally used. The process involves heating and melting rare earth compounds, such as rare earth chlorides, and then electrolysis to precipitate the rare earth metals at the cathode. There are two electrolysis methods: chloride electrolysis and oxide electrolysis. Methods for preparing single rare earth metals vary from element to element.