What are the advantages of intermediate frequency furnace smelting copper technology? -Kehua
What are the advantages of the intermediate frequency furnace smelting copper technology? Many people are not very clear about this equipment. In fact, it is normal if people who are not engaged in this industry do not know. If you want to learn this technology, you really need to learn professional knowledge. Also go to specialized training institutions for training. Today, Kehua will introduce to you what is the technology of smelting copper in an intermediate frequency furnace. First: the intermediate frequency furnace is easy to operate, and the temperature rises quickly. The energy consumption is reduced, which can ensure the optimal and stable melting process, and reduce the troublesome work of the furnace workers. The adoption of new technologies, new materials and new processes has made the performance and use effect of the intermediate frequency furnace more and more perfect, showing more and more vitality, and obtained significant social and economic benefits. Intermediate frequency furnace copper smelting technology second: in terms of frequency conversion equipment, the original thyristor intermediate frequency device gives full play to its advantages of light weight, high efficiency, fast start-up, power saving, fast melting speed, and simple manufacturing process, and adopts automatic frequency tracking system. , can automatically adjust the frequency with the load change without switching capacitors. In recent years, the intermediate frequency furnace adopts advanced IGBT variable frequency induction heating device, which has high component density, outstanding performance, better start-up, more reliable use, simple and convenient maintenance, less floor space, and more advanced manufacturing technology. Third: The furnace body lining of the intermediate frequency furnace is made of new structure and new material. The part near the inductor coil is isolated with high-insulation and high-strength materials, which greatly prolongs the service life of the crucible and the furnace, and makes it easier to replace the crucible. The heating efficiency of graphite crucible and quartz crucible is much higher than that of refractory crucible, which shortens the melting time and greatly reduces heat loss. The maximum temperature of the intermediate frequency furnace is 2600 ℃, which is especially suitable for smelting platinum, gold, k gold, silver, copper, aluminum and other metals. Fourth, compared with other types of smelting furnaces, the specific power of the intermediate frequency furnace relies on electromagnetic induction to heat the metal, so the temperature rises and melts quickly, no frit and remaining molten metal are needed, and only scraps or small pieces are added. The material can also be smelted, which is very suitable for intermittent operation and frequent changes of metal grades, and has great adaptability and flexibility. Today's introduction to the equipment of intermediate frequency furnace smelting copper technology is here. After the above study, do you all know how to use this device? Kehua has professional knowledge, so if you have any questions about other devices, you can consult Kehua.