Special small size molybdenum crucible, volume 30ml

Molybdenum crucibles are equipment used in metallurgy. This equipment is made of Mo-1 molybdenum powder and is used at temperatures between 1100℃ and 1700℃. It is mainly used in the metallurgical industry, rare earth industry, monocrystalline silicon, solar energy, artificial crystals, and machinery processing industries.

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Furnace accessories

Molybdenum Metal

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Special Small Size Molybdenum Crucible (30ml capacity) is a high-temperature container made of high-purity molybdenum powder (Mo≥99.95%) using a precision powder metallurgy process, specially designed for laboratory and small-scale high-temperature experiments. Its manufacturing process includes key steps such as isostatic pressing and medium-frequency sintering, ensuring that the material is dense and crack-free, with extremely high surface smoothness on both the inner and outer walls. It can withstand temperatures up to 2610℃ while maintaining excellent mechanical strength. The 30ml capacity design is cleverly compact and portable, suitable for precious metal smelting, semiconductor material preparation, and high-temperature chemical analysis, etc.

This Molybdenum Crucible has three core advantages: strict control of size precision to ensure repeatable experimental conditions; excellent thermal conductivity to ensure uniform temperature distribution and improve experimental efficiency; strong structural stability, not easily deformed at high temperatures, extending service life. Its high-purity characteristics (impurity content <0.05%) can avoid contamination of experimental materials and meet the needs of high-end application scenarios such as metallurgy, rare earth purification, and single crystal silicon growth.

In the metallurgical industry, Molybdenum Crucible it is used to smelt high-melting-point metals such as tungsten and tantalum; in the rare earth industry, its chemical inertness is relied upon for raw material refining; in the single crystal silicon production process, it acts as the core container of the crystal growth furnace, effectively preventing the introduction of impurities. In addition, it is also widely used in the fields of solar polysilicon ingot casting and special metal processing. In experimental operations, the 30ml capacity design facilitates accurate control of material quantity, is suitable for small-scale trial production and precious metal refining, and has become an indispensable tool in both scientific research and industrial fields.