Based on a close understanding of furnace processes, our molybdenum electrodes serve glass melting, ceramic fiber, fiberglass, rare-earth electrolysis and other high-temperature electric heating duties, with reliable electrode supply and technical support.
WeiBeam · Electrode solutions for high-temperature melting
High-temperature electrodes for electric melting and fiberizing in ceramic fiber, refractory fiber and rock wool furnaces.
Melt fiberizing · spinning/blowing · high-temperature electrodes
View the ceramic fiber / rock wool solution →Electrodes for electric boosting and all-electric melting of container and packaging glass, with stable melting and continuous supply.
Glass furnace · boosting electrodes
View the container / packaging glass solution →Electric boosting electrodes for fiberglass tank furnaces, suited to sidewall or throat installation and bushing drawing.
Tank boosting · bushing · rod electrodes
View the fiberglass solution →High-temperature electrodes for rare-earth metal molten-salt electrolysis, resistant to salt corrosion.
Molten-salt electrolysis · high-temperature electrodes
View the rare-earth molten-salt electrolysis solution →High-purity electrodes for quartz glass all-electric furnaces, meeting purity and thermal-stability requirements.
Quartz melting · high-purity electrodes
View the quartz glass solution →Boosting electrodes for PV rolled glass and electronic glass furnaces, supporting high-quality melting.
Furnace boosting · electronic glass
View the photovoltaic / electronic glass solution →Specialty and functional glass melting applications.
Glass melting · custom
View the other glass melting solution →Electric boosting for borosilicate pharmaceutical glass furnaces with high purity standards.
Pharmaceutical glass · boosting
View the pharmaceutical glass solution →Optical glass melting that helps preserve transmission and homogeneity.
Optical melting · electric heating
View the optical glass solution →Heating for sapphire and laser crystal Czochralski growth furnaces.
Crystal growth · high-temperature heating
View the sapphire / crystal growth solution →Electrodes for electric light source components with high purity and temperature resistance.
Light sources · high-temperature electrodes
View the electric light sources solution →Electric heating for glass-ceramic melting that helps keep crystallization and properties stable.
Glass-ceramic · boosting
View the glass-ceramic solution →* Application descriptions only; they do not represent a number of customers or guaranteed results.
The same molybdenum material fails differently in different furnaces and media: glass melt mainly causes chemical erosion and current load, electric fiberizing stresses high-temperature melt erosion and continuous operation, and salt electrolysis emphasizes impurity control and dissolution loss. The table below summarizes typical processes, forms and selection priorities by application. Final sizes must be confirmed against furnace drawings and duty parameters.
| Application | Typical process | Common electrode form | Selection priorities |
|---|---|---|---|
| Ceramic fiber / rock wool | Resistance-furnace electric melting and fiberizing (spinning, blowing) | Rod / plate | Melt-erosion resistance, continuous fiberizing stability, electrode port fit |
| Container / packaging glass | Furnace boosting, all-electric melting | Rod Ø20–100mm | Current density 1–3 A/cm², sidewall or bottom layout, above-melt oxidation protection |
| Fiberglass | Tank boosting, bushing drawing | Rod Ø20–80mm | Sidewall / throat layout, uniform melt viscosity |
| Rare-earth molten-salt electrolysis | Fluoride molten-salt cell | Rod / plate / threaded | Mo content and impurity control, salt dissolution loss, connection reliability |
| Quartz glass | Electric melting, all-electric melting | Rod | High purity, low impurities, high-temperature erosion resistance |
| PV / electronic glass | Furnace boosting | Rod | Temperature uniformity, current stability, electrode count calculation |
| Other glass melting | Specialty and functional glass | Rod / plate | Customized to glass formula and furnace structure |
| Pharmaceutical glass | Borosilicate furnace boosting | Rod | Low impurities, stable melting, batch consistency |
| Optical glass | Optical glass melting | Rod / plate | Transmission and homogeneity, avoiding contamination |
| Sapphire / crystal growth | Czochralski growth furnace | Rod / plate / special shapes | High-temperature strength, dimensional accuracy, thermal-field fit |
| Electric light sources | Light-source component electrodes | Rod / wire / special shapes | Purity, temperature resistance, machining precision |
| Glass-ceramic | Melting with electric heating | Rod / plate | Stable crystallization, temperature uniformity |
Sizes shown are standard ranges. Actual diameter, length, material (pure Mo, MoLa or TZM) and quantity are governed by furnace drawings, power supply and the mutual technical agreement.
SOLUTIONS
From boosting and all-electric melting to fiberizing, electrolysis and crystal growth.