The processing accuracy requirements of glass melting molybdenum electrodes mainly involve the following aspects:
Dimensional accuracy: The dimensional accuracy of molybdenum electrodes is directly related to its use effect and stability in the glass melting process. It is usually required that the dimensional accuracy of the molybdenum electrode can meet the design requirements to ensure that it can accurately match the furnace body and other equipment to provide a stable heating effect.
Surface Finish: The surface finish of molybdenum electrodes is critical to surface quality and product appearance during glass forming. The surface of the molybdenum electrode is required to be smooth and flat, without obvious blemishes, bumps and scratches, so as to avoid adverse effects on the glass surface.
Straightness and parallelism: molybdenum electrodes need to maintain a good alignment and parallel relationship with other equipment during installation and use. Therefore, the molybdenum electrode is required to have high straightness and parallelism to ensure accurate alignment and stable work with the furnace body, glass feed tank and other components.
Other requirements: According to specific application requirements, the machining accuracy of molybdenum electrodes may also include requirements for roundness, angle error, surface roughness, etc. These requirements can be determined according to the design requirements and process requirements of glass melting equipment.
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