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1. Basic characteristics of graphite parts
Graphite parts, usually made of high-purity graphite materials, have a series of excellent properties, such as high temperature stability, good thermal conductivity, chemical inertness, and excellent mechanical strength. These characteristics make graphite stopper rods perform well in high temperature, high pressure and corrosive environments, making them an ideal choice for copper alloy smelting and casting processes.
2. Application of graphite parts in the copper alloy industry
Horizontal continuous casting:
In the horizontal continuous casting process, graphite stopper rods are used as key components to control the flow and solidification of molten copper. Its high temperature stability and chemical inertness ensure the purity and uniformity of molten copper during the casting process.
Graphite stopper rods have a long service life and reduce the frequency of replacement, thereby improving production efficiency and reducing costs.
Smelting and refining:
In the smelting and refining process of copper alloys, graphite stopper rods can be used to stir the molten copper to promote the uniform distribution of alloying elements and the discharge of gases.
The thermal conductivity of graphite stopper rods helps to quickly heat and cool the molten copper, thereby optimizing the smelting and refining process.
Improve product quality:
The use of graphite plug rods helps to reduce the inclusions and gas content in copper alloys, thereby improving the purity and quality of the product.
The precise control of graphite plug rods helps to achieve accurate casting and molding of copper alloys to meet complex shape and size requirements.
3. Advantages of graphite parts
Heat shock resistance: Graphite parts can withstand the impact of high-temperature copper liquid without cracking or peeling, ensuring the continuity and stability of production.
High temperature oxidation resistance: Graphite parts are not easily oxidized at high temperatures, thereby maintaining the stability of their size and shape and extending their service life.
Good lubricity: The surface of the graphite parts has a certain lubricity, which helps to reduce friction and wear with the copper liquid, further improving the service life.
1. Basic characteristics of graphite parts
Graphite parts, usually made of high-purity graphite materials, have a series of excellent properties, such as high temperature stability, good thermal conductivity, chemical inertness, and excellent mechanical strength. These characteristics make graphite stopper rods perform well in high temperature, high pressure and corrosive environments, making them an ideal choice for copper alloy smelting and casting processes.
2. Application of graphite parts in the copper alloy industry
Horizontal continuous casting:
In the horizontal continuous casting process, graphite stopper rods are used as key components to control the flow and solidification of molten copper. Its high temperature stability and chemical inertness ensure the purity and uniformity of molten copper during the casting process.
Graphite stopper rods have a long service life and reduce the frequency of replacement, thereby improving production efficiency and reducing costs.
Smelting and refining:
In the smelting and refining process of copper alloys, graphite stopper rods can be used to stir the molten copper to promote the uniform distribution of alloying elements and the discharge of gases.
The thermal conductivity of graphite stopper rods helps to quickly heat and cool the molten copper, thereby optimizing the smelting and refining process.
Improve product quality:
The use of graphite plug rods helps to reduce the inclusions and gas content in copper alloys, thereby improving the purity and quality of the product.
The precise control of graphite plug rods helps to achieve accurate casting and molding of copper alloys to meet complex shape and size requirements.
3. Advantages of graphite parts
Heat shock resistance: Graphite parts can withstand the impact of high-temperature copper liquid without cracking or peeling, ensuring the continuity and stability of production.
High temperature oxidation resistance: Graphite parts are not easily oxidized at high temperatures, thereby maintaining the stability of their size and shape and extending their service life.
Good lubricity: The surface of the graphite parts has a certain lubricity, which helps to reduce friction and wear with the copper liquid, further improving the service life.