High-temperature strength: Stable performance in high-temp and corrosive environments for long service life.
Oxidation & corrosion resistance: Suitable for vacuum, protective atmosphere and demanding furnace conditions.
Precision customization: Round, square, hex, rectangle, wire; custom sizes and surface finishes; small-batch sampling supported.
Traceable quality: Powder metallurgy route with impurity-controlled grades and full inspection options for critical applications.
High-temp furnaces: Heating elements, output leads, fixtures in sapphire growth, rare-earth and vacuum furnaces.
Metallurgy & smelting: Electrodes, fasteners and components in molten metal service (incl. zinc-resistant duty).
Electronics & lighting: Electric vacuum parts, gaseous tubes, lamp brackets, silicon rectifier bases.
General high-temp structures: Components where high melting point and dimensional stability are essential.
Tensile and hardness testing
Ultrasonic inspection for internal defects
Dimensional verification (diameter, straightness, tolerances)
Chemical composition checks (Mo-1 / Mo-2 or ASTM grades)
Packaging: Standard protective wrapping, VCI / anti-corrosion options, and strong wooden cases.
Identification: Batch labels with grade, size and heat/lot number for full traceability.
Shipping: Global courier or sea freight; delivery aligned with your production schedule.
LuminaTitanium supplies high-performance molybdenum rods/bars manufactured to ASTM B387 and related specifications. Using powder metallurgy (hydrostatic compaction, high-temperature sintering) and controlled hot working, our Mo rods offer high strength, oxidation resistance and long service life in high-temperature industrial, metallurgical, lighting and semiconductor applications. Dimensions, grades, shapes and finishes are fully customizable to fit your project.
| Parameter | Details | Why It Works for You |
|---|---|---|
| Standard | ASTM B387 | Simplifies qualification in global supply chains |
| Materials | R03600, R03620, R03830, R03650, etc. | Covers common Mo grades for furnace, electrode and structural use |
| Shape | Round, square, hex (A/F), rectangle, wire | Fits heating elements, electrodes and structural parts |
| Dimension range | Customizable | Match drawings; minimize secondary machining |
| Surface finish | Black, pickled, sand-blasted, polished | From rough utility to precision-finished components |
| State | Vacuum annealed / unannealed | Choose ductility vs. strength per downstream processing |
| Third-party inspection | Acceptable | Extra assurance for critical or audited projects |
| Grade | Fe (%) | Ni (%) | Al (%) | Si (%) | Mg (%) | C (%) | N (%) | O (%) |
|---|---|---|---|---|---|---|---|---|
| Mo-1 | 0.01 | 0.005 | 0.002 | 0.01 | 0.005 | 0.01 | 0.003 | 0.008 |
| Mo-2 | 0.01 | 0.005 | 0.005 | 0.01 | 0.005 | 0.01 | 0.003 | 0.02 |
(Additional impurity or ASTM grade details can be provided with MTC on request.)
Mo powder → hydrostatic compaction → sintering (≈2100°C) → hot working (≈870–1280°C) → finishing (machining/polishing as specified)
Standard & grade: ASTM B387; R03600 / R03620 / R03830 / R03650 / Mo-1 / Mo-2
Shape & dimensions: round/square/hex/rectangle; diameter & length; tolerance & straightness targets
Condition & finish: vacuum annealed or unannealed; black/pickled/sand-blasted/polished
Testing & documentation: tensile, hardness, UT, chemistry; MTC EN 10204 3.1; 3rd-party if required
Quantity & packaging: batch size, bundling, export wooden cases, anti-corrosion needs
End use: furnace, metallurgy, lighting, semiconductor, etc., to confirm best grade and spec
