How to use electroplating equipment to better achieve energy saving? Electroplating equipment is one of the indispensable equipment in industrial production and processing. Under the current market economic conditions, how to reduce power consumption, reduce processing costs, and improve the competitiveness of electroplating technology has become increasingly important.
Whether the electroplating power supply is correctly selected is directly related to the quality of the coating, the production capacity of the plating tank, energy consumption and investment benefits. Due to high energy consumption and low power, DC motors are basically eliminated. Silicon rectifier power supplies are cheap, but the power is not ideal. In order to further improve the power of the rectifier equipment and reduce the size and weight of the whole machine, high-frequency switching power supply equipment has been produced recently. Although the price of the switching power supply equipment is high, it can quickly recover the investment and improve the quality of electroplating. Therefore, when processing a large number of single products, thyristor power supplies are used. When dealing with various products with frequent load changes, the use of switching power supplies can achieve better energy efficiency.
The concept of electroplating current power is of great significance in production practice. Improving current efficiency can save electricity. The current power of various electroplating processes varies greatly. Under the condition of meeting the technical requirements of the product, an efficient electroplating process should be selected to save production costs. For example, the high-speed chrome plating process has a significant energy-saving effect, while saving fan power and reducing exhaust emissions.
Reducing energy consumption in the production process is an issue that many electroplating companies should pay attention to. As long as electroplating companies implement scientific management, comprehensively consider the selection of current lines and processes, and strictly control processes and operations, they can fully achieve energy saving and reduce electroplating costs. Therefore, we need to make better use of electroplating equipment to achieve better energy-saving effects.