The loss of molybdenum electrode depends on many factors, including application environment, process conditions, service time and electrode quality. Since each application scenario has different parameters and requirements, it is difficult to give a specific loss value.
In glass melting and other high temperature applications, molybdenum electrodes typically experience some degree of wear and tear. This is mainly due to factors such as high temperature environment, chemical corrosion and thermal cycle.
In general, high-purity molybdenum electrodes have lower loss rates under suitable application conditions. However, the specific loss rate is still affected by many factors, such as melting temperature, glass composition, atmosphere conditions, electrode design and material quality, etc.
In order to reduce the loss of molybdenum electrodes, the following measures can be taken:
Select high-quality molybdenum electrode material to ensure its purity and uniformity.
Optimize the design of the electrode to ensure good electrical conductivity and thermal conductivity.
Control the melting temperature and melting environment to avoid excessive temperature and corrosive atmosphere.
Regularly maintain and clean the electrode, and deal with oxidation and pollutants on the surface in time.
Monitor the use and performance changes of the electrodes, and replace the severely worn electrodes in time.
The specific loss rate needs to be evaluated according to the actual application situation and experimental data.
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