Molybdenum electrodes generally do not directly chemically react with glass materials during glass manufacturing. Molybdenum has high chemical stability and can remain stable under high temperature and chemical corrosion environment. Therefore, molybdenum electrodes are usually chosen as the electrode material in the glass melting process because it does not have a bad influence on the glass material.
However, it is important to note that during the glass manufacturing process, there may be some indirect interactions. For example, the composition and melting conditions in the glass may have some influence on the performance and lifetime of molybdenum electrodes. Especially at high temperature, the composition of the glass and the molten substance may form a thin chemical reaction product or covering layer with the surface of the molybdenum electrode, which may affect the conductivity or surface quality of the electrode.
In order to reduce this possible influence, some measures can be taken, such as selecting high-purity molybdenum materials, performing appropriate surface treatment and coating protection, etc., to ensure the stability and performance of molybdenum electrodes during glass manufacturing. At the same time, regular inspection and maintenance of the surface condition of molybdenum electrodes and timely removal of any possible pollutants or coatings will help to keep the electrodes in good working condition.
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