Optimized Water Cooled EAF Cover Perfect for Heavy Duty Applications

Optimized water cooled EAF cover:

The design of the water cooled furnace cover can achieve the following functions:
(1) The micro-positive pressure and reduction atmosphere in the furnace can meet the smelting process requirements.
(2) Collect the flue gas generated in the smelting process, and send various slag materials and alloys to the furnace.
(3) Reduce heat radiation and heat loss, reduce refractory consumption Furnace cover body for the domestic advanced flow tight row pipe structure, water cooling furnace cover with seamless steel pipe special equal diameter elbow group welding, to ensure that water cooling flow without dead point.

On the structure, the side wall of the furnace cover body is formed into columns and cones, and the top is an inverted cone surface (large at the bottom and small at the top) to ensure rigidity.
Water cooling furnace cover design inlet pressure 0.7MPa, return water pressure 0.4MPa, flow 400 m%h, inlet temperature ≤35 ℃, return water temperature ≤55 ℃.

Furnace cover diagram:

  Shaanxi Chengda Industrial Furnace Manufacturing Co., Ltd. is a high-tech enterprise specialized in the research, design, and manufacturing of various industrial furnaces, including AC and DC steelmaking electric arc furnaces, ladle refining furnaces, ferroalloy ore thermal furnaces, ferroalloy refining furnaces, electric slag remelting furnaces, non-standard metallurgical equipment, heat treatment equipment, and various related environmental protection dust removal equipment. The company's product design and manufacturing capabilities have reached 100 tons for electric arc furnaces, 160 tons for ladle refining furnaces, and a capacity range of 3600KVA to 35000KVA for ore thermal furnaces. In accordance with national industrial policies, we have designed high and low voltage compensation systems, dust removal systems, ferroalloy DC furnaces, and new energy equipment suitable for the actual operation of the equipment. For inquiries, please contact Mr. Du at 13991381852 or Mr. Chen

13709182307.