MU7420 Molybdenum Crucible (Mo Crucible) Mo 361

Molybdenum Crucible (Mo Crucible) Mo 361 Description

Molybdenum Crucible (Mo Crucible) Mo 361 is engineered for high-performance in demanding high-temperature applications. With a melting point exceeding 2,600°C, this crucible resists thermal shock, corrosion, and deformation, ensuring stable containment and prolonged operational life. Meeting ASTM B387 standards, its customised dimensions cater to unique process requirements, while high purity and low vapour pressure enhance its reliability.

Ideal for crystal growth, metallurgical processing, and vacuum furnace operations, this premium Mo crucible upholds strict quality assurance throughout manufacturing. Rigorous inspection and advanced production techniques guarantee consistent wall thickness and precise tolerances. Trust Mo 361 to deliver long-lasting durability and exceptional efficiency in your critical operations.

Molybdenum Crucible (Mo Crucible) Mo 361 Applications

Molybdenum crucibles, specifically Mo 361, are essential for demanding industrial processes due to their exceptional strength, high melting point, and corrosion resistance. These crucibles maintain stability under extreme heat, making them an ideal choice for high-temperature applications. Additionally, their excellent thermal conductivity and low expansion rate help reduce the risk of thermal shock. Molybdenum crucibles find widespread utility across multiple sectors, including metallurgy, chemical processing, and advanced electronics.

1. Metallurgical Applications

·         High-Temperature Metal Melting: Particularly suited for melting specialty alloys under controlled atmospheres.

·         Rapid Solidification Processes: Ensures uniform heat distribution and stable cooling rates, improving material quality.

2. Semiconductor Manufacturing

·         Crystal Growth Chambers: Maintains consistently high heat levels, supporting the production of high-purity semiconductor crystals.

·         Wafer Fabrication Equipment: Offers dimensional stability under elevated temperatures, ensuring precise wafer processing.

3. Specialty Chemical Production

·         Erosion-Resistant Vessels: Withstands corrosive media and high temperatures, prolonging equipment life.

·         High-Purity Reagents Containers: Maintains chemical purity during processing, minimising contamination risks.

Molybdenum Crucible (Mo Crucible) Mo 361 Packaging

Each Molybdenum Crucible (Mo Crucible) Mo 361 is carefully packaged with foam padding and sealed in vacuum-sealed pouches to protect from moisture and contaminants. Additionally, an anti-corrosion agent is applied to preserve surface integrity. Clear identification labels and reinforced outer cartons further secure your shipment. Custom packaging solutions are available to accommodate specific shipping requirements, ensuring your crucible arrives safely and ready for immediate use.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Molybdenum Crucible (Mo Crucible) Mo 361 FAQs

Q1: What are the key material properties of Molybdenum Crucible (Mo Crucible) Mo 361?

A1: The Molybdenum Crucible (Mo 361) is recognised for its high melting point of approximately 2,620°C, excellent thermal conductivity, and outstanding corrosion resistance in most aggressive environments. It features robust structural integrity under extreme temperature variations and offers minimal thermal expansion for improved dimensional accuracy. This crucible also exhibits excellent mechanical strength, maintaining stability even under vacuum or inert atmospheres, making it ideal for challenging high-temperature applications.

Q2: How is Molybdenum Crucible (Mo Crucible) Mo 361 typically processed or fabricated?

A2: These crucibles can be manufactured through extensive powder metallurgy processes, including pressing, sintering, and forging of high-purity molybdenum powder. Post-sintering treatments often employ hot rolling or swaging to refine grain structure and enhance mechanical properties. Machining is performed using specialised equipment that handles molybdenum’s hardness and brittleness. Thorough cleaning and controlled heating practices maintain purity and dimensional stability during fabrication.

Q3: Which quality standards and certifications apply to Molybdenum Crucible (Mo Crucible) Mo 361?

A3: Molybdenum Crucible (Mo 361) typically meets ASTM B387 or equivalent international standards, ensuring consistent composition and mechanical properties. Reputable manufacturers also comply with ISO 9001 for quality management, verifying rigorous testing protocols and traceability. Third-party certification, such as SGS or TUV, is common to validate chemical purity and dimensional accuracy. Strict batch control processes guarantee consistent performance across production runs.

Related Information

1. Manufacturing Process

The manufacturing process for a Molybdenum Crucible (Mo Crucible) involves a series of meticulously regulated steps to ensure consistent structural integrity. Each crucible, crafted according to customised dimensions, begins with careful shaping of the raw molybdenum material into a preform that meets targeted size specifications. Multiple heating cycles are then administered under precisely controlled atmospheric conditions to enhance the metal’s density, reduce impurities, and prepare the crucible for subsequent forming procedures.

Maintaining tight temperature ranges throughout every production phase is essential for preserving molybdenum’s purity levels and mechanical properties. To achieve this, vacuum or inert-gas furnaces are utilised, minimising unwanted reactions and oxidation. Specialised forging processes further refine the Mo 361 material to bolster its strength and resilience, allowing the final crucible to exhibit optimal thermal stability for use in high-temperature environments across many advanced industries.

2. Applications in Advanced Industries

The Mo 361 crucible serves as a significant component in specialised sectors such as semiconductor fabrication, aerospace engineering, and nuclear research. These crucibles withstand significant heat loads while retaining structural integrity, demonstrating reliability in settings that necessitate intense thermal cycling. Their dimension flexibility proves beneficial in applications where precise measurements and unique geometries are mandatory.

Emphasising its wide-reaching utility, this molybdenum grade functions effectively in processes such as vacuum melting and crystal growth for the production of rare alloys. In these scenarios, the crucible’s ability to maintain its shape and endure extended operating periods under high-temperature conditions is crucial. Such reliability enables advanced industries to achieve remarkable efficiency while minimising downtime, enabled by the engineering behind each Molybdenum Crucible (Mo Crucible) Mo 361.