Advantages of
Graphite Rotor
Impurity Removal
By facilitating the removal of impurities, such as hydrogen, from molten metal, graphite rotors contribute to producing high-quality aluminum and its alloys. Lower impurity levels lead to better mechanical properties and casting performance.
Hydrogen Reduction
Graphite rotors effectively remove hydrogen gas, which is a common impurity in molten aluminum. Reduced hydrogen content minimizes casting porosity and improves the integrity of the final product.
Longevity
High-quality graphite rotors have good mechanical strength and thermal shock resistance. Their durability ensures longer service life, reducing downtime and maintenance costs.
Chemical Stability
Graphite rotors do not chemically react with aluminum, making them ideal for use in the aggressive environment of molten metal.
Graphite rotors enhance the aluminum smelting process by promoting efficient mixing, impurity removal, and overall product quality.
Graphite
Degassing Rotor
Graphite material plays a crucial role in degassing and fluxing operations during aluminum degassing and casting. Graphite rotors enable more efficient kinetic mixing of metal within molten aluminum.
This helps improve the overall quality of cast aluminum by ensuring uniform distribution of alloying refiners and reducing segregation.