The company has developed a production process for martensitic steel wheels, which covers the field of production technology for steel spoke truck wheels. The present invention applies boron-containing material to spokes and rims of wheels, which are multi-process workpiece products. By heating and cooling, the material structure is transformed to form martensite structure. The tensile strength of wheels can be increased from 600 MPa to over 1000 MPa of common products, which can completely improve the safety performance of products. In wheel products of the same strength, thickness can be reduced by about 50%, raw materials can be saved, energy consumption in wheel use can be reduced, and energy saving and emission reduction can be achieved.
The company has developed a production process for martensitic steel wheels, which covers the field of production technology for steel spoke truck wheels. The present invention applies boron-containing material to spokes and rims of wheels, which are multi-process workpiece products. By heating and cooling, the material structure is transformed to form martensite structure. The tensile strength of wheels can be increased from 600 MPa to over 1000 MPa of common products, which can completely improve the safety performance of products. In wheel products of the same strength, thickness can be reduced by about 50%, raw materials can be saved, energy consumption in wheel use can be reduced, and energy saving and emission reduction can be achieved.