Forged Copper Clamp for Electric Arc Furnace

• After-sales Service: Yes
• Warranty: 1 Year
• Customized: Customized
• Condition: New
• Power Source: Electric
• Automatic Grade: Semi-Automatic
• Model NO.: AMK-FH-001
• Type: Steel-Making Equipment
• Certification: ISO
• Transport Package: Pallet
• Specification: as per drawing
• Trademark: AMK
• Origin: China
• HS Code: 8514901000
• Production Capacity: 5000 Tons/Year

Product Description

Forged Copper Tile /Contact Clamp for Arc Furnace
 

Forged copper tiles are one of the main accessories in submerged arc furnaces (metal silicon furnaces, calcium carbide furnaces, ferroalloy furnaces). Because they generate heat through large currents at high temperatures, the working environment is harsh and easy to damage. The copper tile is made of advanced processing technology, has good electrical conductivity and heat resistance, does not crack, does not drop, has a long service life and low power consumption.

What is the function of forged copper tiles?
Forged copper tiles are the key components of electric furnaces. Its function is mainly to transfer the current to the electrode, and affect the sintering of the electrode to a certain extent. Its working conditions are not good, and it often works under high temperature, hot furnace gas, and dust-intensive conditions. When the furnace condition is abnormal, the situation is worse, and it is easy to damage the copper tile prematurely. Another feature of the forged copper tile is that its contact with the electrode is not fixed, and the contact position with the electrode needs to be changed regularly as the electrode continues to burn, which also makes its working conditions worse.

Forged copper tile is a newly developed energy-saving copper tile in recent years. The copper tile is made of thick copper plate forging and rolling, deep drilling, extrusion forming and sealing. The water-cooled copper tile directly cools the copper tile with high density and good conductivity. It is a new type of copper tile currently being promoted and used.