Introduction of Molybdenum crucible
Molybdenum crucible is a specific vessel produced using high-immaculateness molybdenum material, intended for liquefying and handling materials at high temperatures in controlled conditions. Because of its remarkable warm conductivity, high softening point, and protection from consumption, which are ordinarily utilized in ventures, for example, metallurgy, glass assembling, and semiconductor creation. These crucibles assume an essential part in processes like dissolving metals, developing gems, and sintering pottery. Their strength and capacity to endure outrageous temperatures make it basic in different high-temperature applications where accuracy and virtue are foremost.
Product Standards: Our Molybdenum products stick to rigid quality guidelines, meeting or surpassing industry details. They are produced with accuracy to guarantee consistency and unwavering quality in execution.
Product Attributes: It exhibits exceptional thermal conductivity, high melting resistance, excellent strength and durability, and corrosion resistance, making it ideal for demanding industrial applications.
Basic information of molybdenum crucible
Product Name | Molybdenum crucible
|
Shapes | Round, square, strip, V-shaped etc. |
Types | Powder molding molybdenum crucibles, turning, welding, casting molybdenum crucibles |
Application | sapphire single crystal growth furnace, quartz glass melting furnace, rare earth smelting furnace |
application Temperature | 1300-1400℃:Mo1 2000℃ :TZM |
Surface | Machining,grinding |
Forged molybdenum crucibles | |||||||
Purity | Density | Sizes | Tolerance | Wall thickness | roughness | ||
99.95% | ≥10.1g/ cm3 | Dia(mm): 10~500 | Height(mm): 10~750mm | Dia: +/-0.5mm | Height: +/-1.0mm
| 2~20mm | Ra=0.8 or 1.6 |
Remarks | Special requirement is available |
Sintered molybdenum crucibles | |||||||
Purity | Density | Sizes | Tolerance | Wall thickness | roughness | ||
99.95% | ≥9.8g/ cm3 | Dia(mm): 10~500 | Height(mm): 10~800 | Dia: +/-0.5mm |
Height: +/-0.5mm
| 2~20mm | Ra=0.8 or 1.6
|
Remarks | Special requirement is available |
Functions:
Molybdenum Crucible is widely used in various high-temperature applications due to their unique functions and properties. A portion of the vital functions include:
High Melting Point: Molybdenum has an especially high dissolving point of 2,623 degrees Celsius (4,753 degrees Fahrenheit), making it appropriate for processes that require outrageous temperatures like softening metals and amalgams.
Excellent Thermal Conductivity: These products show high warm conductivity, considering proficient intensity move during warm handling applications. This property helps in uniform heating and cooling of the materials inside the crucible.
Superior Strength and Durability: They are known for their high strength and toughness, guaranteeing long haul execution even in cruel working circumstances. They can withstand mechanical stress and thermal cycling without deformation or damage.
Resistance to Corrosion: Molybdenum is exceptionally resistant to erosion by different acids, soluble bases, and liquid metals, making the product ideal for use in synthetic cycles and applications including receptive substances.
Features:
High Density: Molybdenum has a high thickness, making molybdenum crucible sturdy and impervious to mechanical mileage.
Non-toxicity: Molybdenum is non-harmful and ok for use in applications that include openness to people or the environment.
Easy Machinability: Molybdenum is easy to machine, allowing this kind of molybdenum products to be produced in complex shapes and sizes to meet specific application requirements.
Low Vapor Pressure: Molybdenum has a low vapor pressure, reducing the risk of contamination in high-temperature applications.
Advantages and Highligh:
Molybdenum is somewhat inactive and non-responsive with most materials at high temperatures.
Giving a perfect and unadulterated environment for material handling, as they don't deliver pollutants or respond with the materials at raised temperatures.
Commonly used in vacuum and high-temperature conditions in light of their ability to stay aware of primary respectability and execution under such conditions.
Applications:
Metallurgy: They are utilized in the creation of high-performance composites and specialty metals. They are used in cycles like melting, casting, and powder metallurgy to deliver excellent materials with upgraded properties.
Glass Manufacturing: Molybdenum crucible is utilized in glass producing processes, like softening and refining silica, borosilicate, and different sorts of glass. Their high warm conductivity and protection from substance assault make them ideal for use in hard conditions.
Semiconductor Industry: These products are utilized in semiconductor production processes, such as the growth of silicon crystals, sintering, and diffusion bonding. Their high purity and low contamination properties ensure the integrity of the semiconductor components and enhance their performance.
Solar Cell Production: They are used in the production of solar cells, where they serve as a container for the melting of silicon feedstock. The high warm conductivity and protection from corrosion of molybdenum products guarantee the creation of excellent sun based cells with effective energy change.
Medical Equipment: They are utilized in the creation of clinical gear and gadgets because of their biocompatibility, non-poisonous nature, and protection from erosion.
Conclusion:
In conclusion, molybdenum crucible stands as a critical material in various industrial applications, offering exceptional properties and performance. With our commitment to quality and comprehensive product range, we are poised to cater to the diverse needs of global buyers and dealers. For inquiries or orders, please contact us at betty@hx-raremetals.com.
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