The finished quality of optical glass does have a certain correlation with the molybdenum electrode. Here are some possible effects:
Temperature control: During the melting and forming process of optical glass, the precise control of temperature is very important. As a heating element, the molybdenum electrode is responsible for providing heat energy to the glass and plays an important role in temperature control. Stable temperature control can ensure that the optical glass achieves the required physical and optical properties during the melting and forming process.
Melting environment: Molybdenum electrodes are in direct contact with molten glass during glass melting. The material and surface quality of the electrode may have an impact on the quality of the molten glass. If the molybdenum electrode material has good chemical stability and corrosion resistance, it can prevent the dissolution of the electrode material or the migration of pollutants into the glass, thereby maintaining the purity and quality of the optical glass.
Conductive performance: As a heating element, the molybdenum electrode needs to have good electrical conductivity to ensure that the current can be evenly transmitted to the glass. Good electrical conductivity can ensure the uniformity and consistency of the glass during the heating process, so as to obtain high-quality optical glass finished products.
Long-term stability: Molybdenum electrodes need to have good high temperature resistance and long-term stability. The melting and forming process of optical glass usually requires high temperature and continuous heating time. If the molybdenum electrode can maintain stable performance for a long time without deformation, corrosion or deterioration, it can provide reliable heating effect and ensure the quality of optical glass.
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