Turning Machining of Aluminum Alloy Materials

Turning machining of cast iron materials offers excellent machining properties compared to carbon steel with the same RPMT Insert microstructure. Cast iron exhibits low cutting forces, low power consumption, low tool wear rate, and enables high metal removal rates.

When it comes to turning machining of cast iron, the higher the hardness and strength of the cast iron, the lower the metal cutting performance and the shorter the expected tool life. Metal cutting performance is influenced by the structure of the material, and cast iron is defined by its carbon content, which is generally higher than that of steel. Most types of cast iron used for metal cutting production have good machining performance.

There are certain requirements for tool properties when machining cast iron:

The tool must possess high red hardness and chemical stability, although this can also depend on the process, workpiece, and cutting conditions.

Shoulder Milling Inserts The cutting edge should have high toughness, heat resistance, and edge strength. It should have a thick coating and a combination of high wear resistance matrix to ensure good wear resistance and resistance to chipping, meeting the demands of high-speed and high-feed machining.

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