How Does the Molybdenum Electrode Affect the Product Quality in the Glass Forming Process?

Molybdenum electrodes have an important impact on product quality in the glass forming process, which is mainly reflected in the following aspects:

Temperature control: Molybdenum electrodes are used as heating elements to provide heat source during the glass forming process. Proper temperature control is critical to the glass melting and forming process. The design and use of molybdenum electrodes can ensure uniform temperature distribution and avoid overheating or overcooling, thus ensuring uniform heating and molding quality of products.

Surface finish: The surface finish of the molybdenum electrode has a significant impact on the surface quality during glass forming. High-gloss molybdenum electrodes can avoid surface defects and flaws, and ensure the flatness and transparency of the formed glass surface.

Impurity control: The molybdenum electrode should have good chemical stability and be able to resist chemical corrosion and oxidation in the glass melting environment. High-purity molybdenum electrodes can reduce the release and transmission of impurities and avoid contamination of glass materials, thereby improving product quality.

Dimensional Accuracy: The dimensional accuracy of molybdenum electrodes is critical for shape control and dimensional accuracy during glass forming. Precise dimensional control can ensure the geometric shape and dimensional stability of glass products, ensuring product consistency and pass rate.

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