The company has developed a heat treatment process for wheels, which involves the technical field of metallurgical industry production. By changing the existing wheel blank production process from casting to forging, the wear resistance of wheel products is greatly improved; and the heat treatment process of forged wheel blanks is adjusted. , including the quenching process of heating at a constant temperature of 840 °C for 4 hours to complete austenitization and then water-cooled and tempering at a constant temperature of 480 °C for 6 hours. The quenching and tempering process significantly increases the hardness of the rough forged wheel and reduces the number of wheels. Cracks caused by the heat treatment process can avoid the danger of wheel collapse when the wheel is in use, reduce safety hazards, and significantly improve the safety of wheel use.
The company has developed a heat treatment process for wheels, which involves the technical field of metallurgical industry production. By changing the existing wheel blank production process from casting to forging, the wear resistance of wheel products is greatly improved; and the heat treatment process of forged wheel blanks is adjusted. , including the quenching process of heating at a constant temperature of 840 °C for 4 hours to complete austenitization and then water-cooled and tempering at a constant temperature of 480 °C for 6 hours. The quenching and tempering process significantly increases the hardness of the rough forged wheel and reduces the number of wheels. Cracks caused by the heat treatment process can avoid the danger of wheel collapse when the wheel is in use, reduce safety hazards, and significantly improve the safety of wheel use.
