MoWeiBeamMolybdenum Electrodes
Rare-earth electrolysis melting application

Molybdenum electrodes for glass furnaces

As a molybdenum electrode manufacturer, we cover electric boosting and all-electric melting for glass furnaces, ceramic fiber, fiberglass, rare-earth electrolysis and crystal growth. High-purity electrodes (Mo ≥99.95%) are machined to drawing as rods or plates, with standard-size samples available on request.

WeiBeam · Electrode solutions for high-temperature melting

High-performance molybdenum electrode rods

GLASS MELTING

Glass melting furnace molybdenum electrode

For electric boosting and all-electric melting of container, packaging, pharmaceutical, photovoltaic and electronic glass, compatible with mainstream refractories and furnace designs.

Rod Ø20–100mm | Length ≤1500mm | Current density 1–3 A/cm²

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Ceramic fiber resistance furnace melting scene

CERAMIC FIBER

Ceramic fiber and refractory molybdenum electrode

For electric melting and fiberizing in ceramic fiber, rock wool and refractory fiber resistance furnaces; high-temperature erosion resistance for continuous production.

Rod or plate | Short-term limit 1600 °C | Dense, melt-corrosion resistant structure

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Fiberglass tank furnace electric boosting scene

GLASS FIBER

Fiberglass tank furnace molybdenum electrode

For electric boosting in fiberglass tank furnaces; supports bushing drawing with steadier melting and fiber quality.

Rod Ø20–80mm | Length ≤1500mm | Sidewall or bottom installation

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Rare-earth molten-salt electrolysis molybdenum electrode

ELECTROLYSIS

Rare-earth electrolysis molybdenum electrode

For high-temperature molten-salt electrolysis of rare-earth metals; good conductivity, molten-salt erosion resistance and stable cell operation.

High-purity Mo ≥99.95% | Rod, plate or threaded | Molten-salt erosion resistant

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Crystal growth furnace molybdenum electrode

CRYSTAL GROWTH

Crystal growth molybdenum electrode

For heating in Czochralski growth furnaces for sapphire, optical crystals and laser crystals; high purity and high-temperature stability.

High-purity Mo ≥99.95% | Rod, shaft or disc | Stable high-temperature heating

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Quartz glass melting molybdenum electrode

QUARTZ / OPTICAL

Quartz and optical glass molybdenum electrode

For quartz, optical and glass-ceramic melting where high purity and high stability are required.

Low C/O impurities | Rod or plate | All-electric and boosting compatible

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Molybdenum stream mouth in molten discharge service

STREAM MOUTH

Molybdenum stream mouth

Discharge nozzle at the end of fiberglass and aluminosilicate fiber forehearths; water-cooled or water-free oxidation protection, high-temperature and anti-clogging, custom to furnace drawings.

Common (120–200)×(250–300)mm | Tolerance ±0.5mm | Mo ≥99.95% | Density ≥9.5 g/cm³

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Molybdenum discs and sheets

MOLYBDENUM DISC

Molybdenum disc

Circular sheet made from high-purity molybdenum powder by powder metallurgy and rolling; used for furnace heating elements, heat shields, boats and sputtering targets.

Thickness 0.08–2.0mm | Width ≤800mm | Density ≥10.2 g/cm³ | Mo ≥99.95%

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Molybdenum clearing needles and high-temperature needles

MOLYBDENUM NEEDLE

Molybdenum needle

High-temperature needles for clearing glass and aluminosilicate fiber furnace flow channels, plus slim needles for electrostatic precipitation and ion generation.

Diameter 1.0–10.0mm | Length 5–150mm | Mo ≥99.95% | Precision tips

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High-temperature melting crucible in service

MOLYBDENUM CRUCIBLE

Molybdenum crucible

Molybdenum crucibles for sapphire growth, vacuum sintering and high-temperature melting; heat and melt-erosion resistant, sized to the furnace.

Mo ≥99.95% | Density ≥10.2 g/cm³ | Diameter, depth and wall thickness to furnace

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Molybdenum rods and shafts

MOLYBDENUM ROD / SHAFT

Molybdenum rod and shaft

Rod and shaft diameters beyond wire: Ø0.5–25mm drawn or swaged shafts and Ø16–300mm forged or sintered rods, for vacuum electronics, guide rods, electrodes and heating elements.

Ø0.5–300mm | Mo ≥99.95% | Density ≥10.15 g/cm³ | Ground / turned / forged

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Molybdenum threaded rods, nuts and washers

MOLYBDENUM THREADED ROD

Molybdenum threaded rod

M3–M30 high-temperature molybdenum fasteners in hex, socket, slotted and T-head forms, with molybdenum nuts and washers for vacuum furnace hot zones.

M3–M30 | 1200–1800 °C service | Mo ≥99.95% | All-molybdenum assembly

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SPECIFICATIONS

Technical parameters and size range

Electrodes are controlled to the core requirements of YS/T 1312-2019; molybdenum rods, plates and other parts are accepted to the relevant material standard or a mutual technical agreement. Special sizes can be customized to furnace conditions.

Material and composition
Molybdenum content
≥99.95% (higher purity customizable)
Impurity control
Si, Al, Fe, C, O and others tightly controlled to YS/T 1312-2019 limits
Material family
Pure Mo | MoLa | TZM (Ti-Zr-Mo) | Mo-Zr ODS
Physical properties
Density
≥10.2 g/cm³
Melting point
2620 °C
Resistivity (20 °C)
≈0.053 µΩ·m
Thermal expansion
≈5.25×10⁻⁶/°C
Elastic modulus
≈315 GPa
Hardness / conductivity
≥85 HRB | ≥30% IACS
Application fit
Long-term working temperature
≈1300 °C in glass melt; short-term limit ≈1600 °C
Current density
1–3 A/cm²
Compatible media
Most glass melts except lead glass, molten salts and high-temperature electric heating
Sizes and forms
Rod electrodes
Diameter Ø20–100mm, length 150–1500mm (customizable)
Plate electrodes
Thickness 3–10mm, width 80–250mm, length 1000–1300mm
Other forms
Electrode shafts, threaded electrodes, discs and special parts to drawing
Surface
Sintered / forged / turned / ground / alkali cleaned / polished
Quality and standards
Standard
YS/T 1312-2019 Molybdenum Electrodes and technical agreement
Factory inspection
Spectral composition, density, metallography, ultrasonic inspection, dimensions and appearance
Delivery documents
Mill certificate with full batch traceability

CUSTOM

No matching specification?

We engineer parts one-to-one for special temperature, media or electrode-layout conditions, including prototyping and testing.

Send a customization request