Submerged arc furnace water-cooled roof is an important part of submerged arc furnace (also known as electric arc furnace, calcium carbide furnace or mining furnace), which is mainly used to close the top of furnace body and bear the high temperature and pressure in the furnace. The SAF furnace cover maintains its structural strength through a built-in water cooling system to prevent deformation or damage at high temperature.
Submerged Arc Furnace Water-cooled Roof Introduction
The SAF water-cooled furnace cover is usually made of steel plate, with water pipe or water jacket inside. The heat on the surface of SAF furnace cover is taken away by circulating cooling water to reduce the temperature of furnace roof. This design helps to maintain structural stability and extend the life of the hood.
During the operation of submerged arc furnace, the water-cooled furnace roof bears the heat radiation and pressure generated by electrodes, materials and furnace gas in the furnace. Meanwhile, since submerged arc furnaces are usually operated in high temperature, high pressure and high corrosion environment, the material and manufacturing process of SAF water cooled roof shall have excellent high temperature resistance, corrosion resistance and compression resistance.
In addition, the sealing performance shall be considered for the design of water-cooled furnace cover to prevent gas leakage and external impurities from entering the furnace, which will affect the reaction and product quality in the furnace.
In a word, submerged arc furnace cover is an important part of submerged arc furnace, which is used to close the top of furnace body, bear high temperature and pressure in the furnace, maintain structural stability and prolong service life. At the same time, the design and manufacture of the water cooled furnace cover shall consider the requirements of high temperature resistance, corrosion resistance, compression resistance and tightness.
The water-cooled roof of the submerged arc furnace advantages:
The raw materials can be automatically added into the furnace with multiple feed pipes, thus reducing the labor intensity of workers: the gas is not burned at the furnace mouth, reducing the radiant heat and furnace dust, and improving the environment and equipment use conditions;
The purified gas can be recycled to save a lot of fuel;
The conductive system is not affected by high temperature, and the disconnected network and flexible bus can be close to the electrode as far as possible to reduce the length of the conductive tube;
Short network (bus system) layout can adopt the intermediate incoming line method, that is, the copper bar from the transformer is directly led to the furnace core, and the current is transmitted to the copper bush through the collecting ring, so that the length of the three-phase copper bar is basically the same, the load of each phase is balanced, and the reactance can be reduced.
Related Products
Customized metallurgical machinery and equipment range: Electric Arc Furnace, Submerged Arc Furnace, LF Refining Furnace, Vacuum Furnace, Induction Furnace, Dust Remove System, Water Treatment Equipment, etc. Providing the most advanced equipment integration services, metallurgical equipment can be customized according to different needs of customers, and production capacity can be adjusted according to customer requirements.
The water-cooled furnace cover of the arc furnace adopts the tubular frame water-cooling furnace cover, and the water-cooled cover is designed as per two halves for the convenience of replacement and transportation.
The conductive arm of an electric arc furnace (EAF) is primarily composed of the front electrode conductive arm holder, a water-cooled clamping ring, the arm body, and the rear conductive copper plate.
The scrap charging basket of the electric arc furnace is mainly used for loading and conveying raw materials such as scrap steel into the electric arc furnace for smelting.
Forged copper tile is one of the main accessories in submerged arc furnace (silicon metal furnace, calcium carbide furnace and iron alloy furnace). It generates heat energy due to passing through large current at high temperature, and is easy to be damaged due to poor working environment.
Short network bus systems), also known as high current line, refers to the general term of the carrier fluid from the secondary outlet terminal of the transformer to the electrode (including the electrode).
Slag ladle, also name as slag pot, slag landler, slag tank, cinder pot. It is an important part in steel making production. It is used to hold the high temperature molten slag generated in the process of steel smelting.
Ordinary water-cooled cable electrode is welded with copper tube and copper bar and not closely connected with equipment;
Generally, the furnace cover of the electric arc furnace adopts the tubular water-cooled closed tube furnace cover structure.
Our Completed Projects
Sanrui metallurgy furnace equipment integration services are submerged arc furnaces and electric arc furnaces. Sanrui metallurgy furnaces are manufactured using cutting-edge technology to ensure an efficient, high-quality melting process. These furnaces are capable of melting a variety of materials, including steel, iron and alloys, ferroalloys (such as ferrotungsten, high carbon ferromanganese, high carbon ferrosilicon, high carbon ferrochromium, ferronickel alloys) and industrial silicon, calcium carbide, corundum, yellow phosphorus, etc. with precise temperature control and minimal energy consumption. By using Sanrui metallurgy furnace equipments, metallurgical companies can increase productivity and reduce production costs, ultimately increasing profitability.
Sanrui is well experience in design, manufacturing, installation, commissioning of steelmaking furnace process equipment. Send us your project details inquiry and our team of engineers will design a metallurgical furnace equipment system solution from A to Z based on your needs.
Navigation
E-mail: anna@srfurnace.com
Tel: +86 159 2955 5868
WhatsApp: +86 159 2955 5868
Add:
Room 102, Building 7A, Free Trade Xintiandi, Fengdong Avenue, Fengdong New Town, Xi'an City, Shaanxi Province
