TZM alloy rod usually requires special processing techniques to meet their special properties and processing requirements. Due to the high melting point, high hardness and high temperature resistance of TZM alloy rod, the conventional processing technology may not be able to meet its processing requirements. The following are some common special processing techniques:
High temperature processing: Due to the high melting point and high temperature characteristics of TZM alloy rods, its processing temperature is usually higher. For example, in heat treating, melting and welding operations, high temperature equipment is required to keep materials within the proper temperature range for processing.
Precision machining: TZM alloy rods are usually used to manufacture precision components and high-precision parts, so precision machining processes are required. For example, precision machining technologies such as CNC machining, electric discharge machining, and wire cutting are used to achieve complex shapes, fine dimensions, and high-precision machining requirements.
Special cutting tools: Due to the high hardness of TZM alloy rods, conventional cutting tools may not be able to process effectively. Therefore, it is usually necessary to choose carbide tools or special coating tools to provide better cutting effect and wear resistance of tools.
Precise control and monitoring: The processing of TZM alloy rods requires precise dimensional control and quality monitoring. Therefore, it may be necessary to use advanced measuring instruments and testing equipment, such as three-coordinate measuring machines, microscopes, metallographic microscopes, etc., to ensure that the processing quality and dimensions meet the requirements.
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