Molybdenum electrodes are used in the glass melting process mainly to provide high temperature heating and conductivity functions. Here is some relevant information about molybdenum electrodes for glass melting:
High-temperature stability: Molybdenum electrodes have a high melting point and excellent high-temperature stability, and can withstand thermal stress and chemical attack in high-temperature environments. This makes it a commonly used heating element in glass melting processes.
Heating effect: When the molybdenum electrode is energized and heated in the glass melting furnace, it can quickly conduct heat to the glass material to make it reach the required melting temperature. The high thermal conductivity and good thermal conductivity of molybdenum electrodes help to improve heating efficiency and uniformity.
Conductivity: Some processes during glass melting require electrical current conduction, such as resistive heating or electrolysis processes. Molybdenum electrodes have good electrical conductivity and can provide stable current transmission to ensure electrochemical reactions and current effects during glass melting.
Corrosion resistance: There are some corrosive substances and environments in the glass melting process. The molybdenum electrode has high corrosion resistance, which can resist the chemical erosion and corrosive substances in the glass and prolong the service life.
Stability and reliability: Molybdenum electrodes have good mechanical strength and stability, can withstand high temperature and thermal stress during glass melting, and maintain structural stability and reliability.
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