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Specifically engineered for melting copper, this furnace achieves the high temperatures (1150°C+) needed for efficient liquefaction. It is designed to minimize oxidation and hydrogen absorption, which degrade copper's properties. The working principle may use induction, which stirs the melt for homogeneity, or gas-fired crucibles. Its purpose is to produce molten copper for continuous casting of rod and wire, sand casting of large components, or alloying. A key piece of equipment in copper refineries, brass mills, and electrical component plants, it ensures a clean, consistent metal supply.
Specifically engineered for melting copper, this furnace achieves the high temperatures (1150°C+) needed for efficient liquefaction. It is designed to minimize oxidation and hydrogen absorption, which degrade copper's properties. The working principle may use induction, which stirs the melt for homogeneity, or gas-fired crucibles. The Copper Melting Furnace is available in 3 temperature configurations ranging from 1200°C to 1300°C. Each temperature variant is engineered with appropriate thermocouple and heating element technology.
Copper Melting Furnace is selected for ashing, heat treatment, sintering, testing and laboratory production where controlled temperature, uniform heating and clean chamber insulation are important. Common search names include Copper Melting Furnace, Digital Copper Melting Furnace, Electric Copper Melting Furnace, Lab Copper Melting Furnace, Laboratory Copper Melting Furnace, High Temperature Copper Melting Furnace, Copper Melting Box Furnace.