MU7422 Molybdenum Crucible (Mo Crucible) 100 mL

Molybdenum Crucible (Mo Crucible) 100 mL Description

Our Molybdenum Crucible (Mo Crucible) 100 mL is manufactured to endure demanding high-temperature environments, owing to molybdenum’s exceptional strength and corrosion resistance. Produced according to ASTM B387 specifications, this crucible guarantees reliable performance under vacuum or inert gas atmospheres. The customised grade offers an optimal balance of purity and mechanical resilience, rendering it well-suited for processes involving metal melting, crystal growth, and advanced material research.

Each crucible is precision-formed to maintain uniform thickness, thereby ensuring consistent heat distribution and minimising the risk of thermal stress. The material’s low vapour pressure and excellent chemical stability enable an extended service life, even when subjected to extreme conditions. Whether in academic laboratories or industrial production lines, our Mo Crucible delivers uncompromising quality and durability for all your high-temperature application needs.

Molybdenum Crucible (Mo Crucible) 100 mL Applications

Molybdenum crucibles are acknowledged for their ability to withstand exceptionally high temperatures and corrosive environments. The 100 mL Mo Crucible provides precision and reliability during sample processing, making it valuable for laboratories, research facilities, and industrial operations. Thanks to its impressive thermal conductivity and low vapour pressure, it helps maintain environmental integrity and ensures consistent interactions in a wide range of critical procedures.

1. Industrial Metallurgy

·         Foundry Tools: Molybdenum crucibles enhance metal casting operations by enabling precise temperature control and contamination-free molten metal handling.

·         Powder Sintering: Their high strength at elevated temperatures supports uniform consolidation of metallic powders, resulting in superior sintered products.

2. Chemical Research

·         High-Purity Experiments: Molybdenum crucibles minimise impurities and maintain chemical integrity, enhancing the reliability of sensitive analytical tests.

·         Aggressive Environment Testing: Resistant to corrosive reactions, they are ideal for procedures involving strong acids or reactive gases.

3. High-Temperature Furnaces

·         Heat Treatment Chambers: Molybdenum crucibles ensure consistent performance under prolonged heating cycles, aiding in the production of advanced alloys.

·         Controlled Atmosphere Furnaces: Their stability and low vapour pressure reduce contamination risks, assuring pure, repeatable outcomes in specialised processes.

Molybdenum Crucible (Mo Crucible) 100 mL Packaging

Molybdenum crucibles are meticulously packed in robust foam-padded containers to prevent physical damage. They are sealed in vacuum packaging to protect them from moisture and oxidation. A layer of specialised anti-corrosion film is applied for additional protection during transport. The packaging documentation includes certifications and handling instructions. Furthermore, customisation options are available, such as unique cushioning configurations, labelling, and tailored shipping methods.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Molybdenum Crucible (Mo Crucible) 100 mL FAQs

Q1: What are the key material properties of Molybdenum Crucible (Mo Crucible) 100 mL?

A1: Molybdenum crucibles are valued for their exceptionally high melting point (approximately 2,623°C), excellent thermal conductivity, and superior corrosion resistance in aggressive environments. They exhibit low thermal expansion, which assists in maintaining dimensional stability under extreme temperatures. Their mechanical strength remains intact even at elevated temperatures. The crucibles also resist oxidation in vacuum or inert atmospheres, rendering them ideal for applications such as high-temperature melting, crystal growth, and metallurgical processes.

Q2: How can this Molybdenum Crucible (Mo Crucible) 100 mL be processed or fabricated?

A2: Molybdenum crucibles are typically produced using powder metallurgy, where molybdenum powders are pressed and subsequently sintered to achieve desired density. Additional refining may include forging, rolling, or machining to create customised shapes and precise dimensions. During fabrication, protective atmospheres or vacuum conditions are frequently employed to prevent oxidation. Rigorous inspection follows each stage, ensuring uniform microstructure, controlled grain size, and optimal mechanical properties for demanding high-temperature applications.

Q3: Which quality standards and certifications apply to Molybdenum Crucible (Mo Crucible) 100 mL?

A3: Most manufacturers comply with industry-recognised standards, such as ASTM B386 or ASTM B387, which define chemical composition and mechanical property requirements for molybdenum materials. ISO 9001 is commonly applied to ensure consistent production practices and traceability. Additional certifications may include ROHS or REACH compliance for environmental and safety regulations. Thorough documentation, including material test reports, guarantees compliance with these standards and assures customers of product reliability.

Related Information

1. Research and Development

Advancements in the field of specialised metallurgy have prompted extensive research on the durability and performance of the Molybdenum Crucible (Mo Crucible) 100 mL. Scientists and engineers prioritise refining the chemical stability of this customised grade crucible to meet demanding thermal shock requirements and high-temperature applications. By experimenting with incremental modifications to molybdenum’s composition, researchers have enhanced the crucible’s capability to maintain structural integrity under rapid heating and cooling cycles, making it essential within laboratories and production facilities.

Research also aims to optimise the crucible’s shape, ensuring that its 100 mL capacity remains consistent despite variations in thickness or internal contours. These developments often incorporate computer simulations of heat flow and stress distributions, leading to more precise design parameters. As a result, the customised shape aligns with stringent project specifications, providing reproducible outcomes in both experimental and industrial environments.

2. Comparative Analysis with Alternative Materials

Numerous industries assess the Molybdenum Crucible (Mo Crucible) 100 mL against alternative materials such as graphite, tungsten, or ceramic for high-temperature processes. While graphite can exhibit oxidation issues and tungsten can be cost-prohibitive, molybdenum’s lower density and exceptional strength create an effective balance between weight and thermal resilience. Furthermore, its high melting point makes molybdenum a more dependable choice for sustained exposure to extreme temperatures in vacuum or controlled atmospheres.

Considering longer operational life, user-friendly handling, and minimal contamination risk, the customised grade Mo Crucible stands out in side-by-side comparisons. The crucible’s uniform shape supports efficient material loading, and its 100 mL capacity facilitates swift transitions between batches. In addition, molybdenum’s natural resistance to corrosion preserves the purity of sensitive contents, making it a valued solution in semiconductor processing, chemical synthesis, and various R&D projects.