Mary

S ubmerged arc furnace is a common heat treatment equipment widely used in industries such as metallurgy, building materials, and chemical industry. Its working principle is to heat the fuel and ore to a certain temperature, thereby achieving the heating, calcination, calcination and other heat treatment processes of the materials. The following will introduce the structure, characteristics, and applications of the submerged arc furnace. Firstly, a submerged arc furnace usually consists of a furnace body, combustion device, feeding device, discharge device, etc. The furnace body is the main part of a submerged arc furnace, which is composed of refractory materials and can withstand high temperatures and chemical corrosion. The combustion device mainly consists of a burner and a combustion chamber, used for burning fuel and providing a heat source. The feeding device is used to feed ore and other materials into the furnace body, usually using methods such as screw conveyors. The emissio...

Electric arc furnace is a type of equipment that uses the principle of arc heating for melting, and is widely used in industries such as steel, non-ferrous metals, and waste metal recycling. The 30 ton electric arc furnace equipment is a medium-sized electric arc furnace with a large furnace capacity and high melting capacity, suitable for small and medium-sized production scenarios. The 30 ton electric arc furnace equipment mainly consists of the furnace body, electrode system, power system, and control system. The furnace body is composed of high-temperature refractory materials, which can withstand the effects of high temperature and cooling cycles, ensuring the stability and durability of the furnace body. The electrode system consists of electrodes and electrode manipulation mechanisms, which generate arc discharge by contacting the electrodes with the materials in the furnace, heating the materials to the melting point. The power system provides current and voltage, controls arc ...

A 1000KVA DC submerged arc furnace is an important equipment used in the ore smelting process. It has the advantages of high efficiency, energy conservation, and environmental protection, and is of great significance for improving the efficiency and quality of ore smelting. The 1000KVA DC ore heating furnace adopts a DC power supply, which heats the ore to high temperature through resistance heating, allowing harmful elements in the ore to evaporate, thereby realizing the smelting process of the ore. Compared with traditional hot blast furnaces, DC mine heat furnaces have the characteristics of high thermal efficiency and low energy consumption. During the heating process of ore in the furnace, electrical energy can be fully utilized, directly converted into thermal energy, reducing energy waste. At the same time, the temperature inside the furnace is uniform, which can evenly heat the ore and improve the quality of smelting. The 1000KVA DC ore heating furnace also has environmental pr...

Electric arc furnace is an important metallurgical equipment, and its characteristics are mainly reflected in the following aspects. Firstly, electric arc furnaces have the characteristic of high efficiency. Electric arc furnace uses electricity as energy source to achieve material melting and smelting process through arc heating. Compared to traditional combustion methods, electric arc furnaces can smelt at higher temperatures, thereby improving smelting efficiency. At the same time, electric arc furnaces also have the characteristics of rapid heating and cooling, which can quickly complete the smelting process, saving time and energy. Secondly, electric arc furnaces have the characteristic of strong flexibility. Electric arc furnaces can be adjusted and controlled according to different smelting needs to adapt to the smelting process of different materials. By adjusting the intensity and position of the arc, the temperature distribution and melting rate inside the furnace can be cont...

Electric arc furnace is a type of equipment that uses the principle of arc heating for melting, and is widely used in industries such as steel, non-ferrous metals, and waste metal recycling. The 30 ton electric arc furnace equipment is a medium-sized electric arc furnace with a large furnace capacity and high melting capacity, suitable for small and medium-sized production scenarios. The 30 ton electric arc furnace equipment mainly consists of the furnace body, electrode system, power system, and control system. The furnace body is composed of high-temperature refractory materials, which can withstand the effects of high temperature and cooling cycles, ensuring the stability and durability of the furnace body. The electrode system consists of electrodes and electrode manipulation mechanisms, which generate arc discharge by contacting the electrodes with the materials in the furnace, heating the materials to the melting point. The power system provides current and voltage, controls arc ...

Electric arc furnace is a device that utilizes electric arcs to generate high temperatures, commonly used in industrial processes such as metal smelting and melting of scrap metal. The furnace body device is an important component of the electric arc furnace, which carries and protects the internal structure of the electric arc furnace, while also affecting the working environment inside the furnace. The electric arc furnace body device is usually composed of components such as the furnace shell, furnace door, electrodes, and electrode adjustment device. The furnace shell is the external protective layer of the electric arc furnace, usually made of refractory materials, capable of withstanding high temperatures and mechanical impacts. The structural design of the furnace shell needs to consider the temperature changes and heat conduction inside the furnace to ensure the normal operation and safety of the electric arc furnace. The furnace door is a channel for the interaction between th...

The coil of an induction furnace is an important component and one of its core technologies. Induction furnaces achieve heating through the principle of electromagnetic induction, and coils are the key components that generate electromagnetic fields. The induction furnace coils are mainly made of copper tubes, with cooling water inside to maintain the temperature stability of the coils. The shape and structure of the coil depend on specific heating needs, commonly including circular rings, spiral shapes, etc. By generating high-frequency current through electrification, the current inside the coil generates strong magnetic lines under the action of alternating electromagnetic fields, thereby heating the workpiece in the induction furnace. The design and manufacturing of induction furnace coils need to consider multiple factors. Firstly, the size and shape of the coil depend on the size and shape of the heated workpiece. The size of the coil is too large, which can cause electromagnetic...