The production of tungsten copper alloy round rods usually requires a careful process to ensure the required material properties are achieved. The following are the general steps for the production of tungsten copper alloy round rods:

Raw material selection: High-purity tungsten powder and copper powder are selected as the main raw materials of the alloy. The selection of these raw materials is critical to achieving the required mechanical, thermal and electrical properties of the final product. Powder Mixing: Tungsten powder and copper powder are thoroughly mixed in controlled proportions to obtain the desired alloy composition. This mixing step is critical to ensure an even distribution of ingredients within the alloy. Compaction: The mixed powder is compacted under high pressure to form a green body with the desired shape. This briquetting is a preliminary step in shaping the raw material into the desired rod shape. Sintering: The green body is then sintered at high temperature in a controlled atmosphere to bond the tungsten and copper particles and achieve the required density and mechanical strength. Thermal processing: The sintered material is subjected to thermal processing processes such as extrusion or forging to further shape and refine the material into a round rod shape. Heat Treatment: Rod stock can undergo a heat treatment process to improve its mechanical properties such as strength and toughness. Quality control: During the entire production process, quality control measures are adopted to ensure that the composition, size and mechanical properties of the obtained tungsten copper alloy round rods meet the specified requirements.

By following these production steps, manufacturers can produce tungsten copper alloy round rods with the desired properties, making them suitable for a wide range of industrial applications.