Processing of medium-alloy steel

Processing of medium-alloy steel Thermal hardening takes into account the content of alloying elements, which can increase or delay heating. Medium-alloy steel has significantly lower thermal conductivity than carbon steel, so the holding time for full heating will be longer. The hardenability of steel is affected by the content of alloying elements. Deeper hardenability will occur when the steel has a high alloy content.

 In case of mechanical processing of medium-alloy steel, It's important to consider the machine, fixture, tool, and part. Since medium-alloy steel can cause vibration, the machining machine must have the appropriate stability and strength characteristics. Otherwise, rapid tool wear and defects may occur. There should be minimal play in the equipment mechanisms, considering the loads that occur during operation. Workpiece cooling contributes to a better machining process. processing of medium-alloy steel High-strength parts are first machined and then heat-treated. After this treatment, the part undergoes finishing.