Molybdenum Rod and Molybdenum Bar (Mo Rod and Mo Bar) Mo 360, Dia. 0.20 inch Description
Molybdenum Rod and Molybdenum Bar in Grade Mo 360, measuring 0.20-inch in diameter, meet the rigorous specifications of ASTM B387 for dimensional accuracy and consistency. Known for its high melting point, this molybdenum material exhibits mechanical strength at elevated temperatures, making it essential in demanding industrial environments. Additionally, its thermal and electrical conductivity enhances performance in critical high-temperature and high-stress applications.
Applications in aerospace engineering, electronics, or high-temperature furnace construction often rely on Mo 360 rods and bars due to their reliability and corrosion resistance. Manufactured to strict quality standards, they offer optimal longevity and minimal deformation under extreme conditions. Advanced processing techniques enhance these molybdenum products' structural integrity, ensuring professionals in various industries can trust their performance and durability.
Molybdenum Rod and Molybdenum Bar (Mo Rod and Mo Bar) Mo 360, Dia. 0.20 inch Applications
Molybdenum rods and bars, specifically the Mo 360 grade with a 0.20-inch diameter, are noted for their strength, thermal stability, and corrosion resistance. These properties render them suitable for applications that require reliable performance in extreme environments. Whether in electronic devices, chemical plants, or aerospace assemblies, these components provide consistent results that support innovations across multiple sectors by maintaining structural integrity under high temperatures and harsh conditions.
1. Electronics Applications
· Vacuum Tube Components: Molybdenum rods provide conductivity and withstand high temperatures in vacuum tubes.
· Semiconductor Support Structures: Molybdenum bars offer stability for fixtures used in semiconductor wafer processing.
2. Chemical Processing Applications
· Acid-Resistant Shafts: Molybdenum rods resist corrosion in acidic solutions, extending equipment life.
· Stirrer Assemblies: Molybdenum bars maintain strength and uniformity for mixing chemicals in high-temperature reactors.
3. Aerospace Applications
· Rocket Nozzle Inserts: Molybdenum rods excel in extreme thermal conditions required for engine nozzles.
· Engine Turbine Components: Molybdenum bars enhance durability and heat resistance in critical turbine parts.
Molybdenum Rod and Molybdenum Bar (Mo Rod and Mo Bar) Mo 360, Dia. 0.20 inch Packaging
Molybdenum Rod and Molybdenum Bar (Mo Rod and Mo Bar) Mo 360, Dia. 0.20 inch, are shielded in corrosion-resistant paper and then vacuum sealed to maintain purity. Additional cushioned layers prevent dents during transit. Each package features precise specifications, and desiccants are incorporated to reduce moisture. Customized packaging solutions accommodate varying sizes, quantities, and shipping requirements, ensuring protection and safe delivery.
Packaging: Vacuum sealed, Wooden Box, or Customized.
Molybdenum Rod and Molybdenum Bar (Mo Rod and Mo Bar) Mo 360, Dia. 0.20 inch FAQs
Q1: What are the key material properties of Molybdenum Rod and Molybdenum Bar (Mo Rod and Mo Bar) Mo 360, Dia. 0.20 inch?
A1: Molybdenum Rod and Molybdenum Bar (Mo Rod and Mo Bar) Mo 360, Dia. 0.20 inch, typically feature a melting point of approximately 2 620°C, excellent corrosion resistance, and robust tensile strength that ensures minimal deformation under heavy loads. They exhibit thermal and electrical conductivity, making them suitable for high-temperature applications. Their low coefficient of thermal expansion assists in maintaining dimensional stability. The Mo 360 designation indicates a high-purity alloy with minimal impurities for performance.
Q2: How can this Molybdenum product be processed or fabricated?
A2: This Molybdenum product can be processed through techniques including hot and cold working, machining, and joining methods such as electron beam welding. Machining requires appropriate tooling, typically carbide-based, to handle the material’s hardness and brittleness. Controlled heating protocols are essential during forging to avoid cracking. Additionally, stress-relief annealing may be applied to optimise mechanical strength and reduce residual stresses, ensuring dimensional accuracy and structural integrity during demanding applications.
Q3: Which quality standards and certifications apply to Molybdenum Rod and Molybdenum Bar (Mo Rod and Mo Bar) Mo 360, Dia. 0.20 inch?
A3: These Molybdenum Rods and Bars typically comply with ASTM B387, which outlines chemical composition, tolerances, and mechanical properties for molybdenum products. Manufacturers adhere to ISO 9001-certified quality management systems to ensure consistent production processes and traceability. Additional documentation may include mill test reports verifying chemical analysis, grain size, and dimensional accuracy. Compliance with stringent standards guarantees reliable performance and material uniformity for critical applications in aerospace, energy, and high-temperature environments.
Related Information
1. Material Properties and Advantages
Molybdenum Rod and Molybdenum Bar (Mo Rod and Mo Bar) crafted in grade Mo 360 exhibit mechanical strength and resistance to thermal expansion. The Dia. 0.20 inch format ensures dimensional stability, making these rods and bars suitable for high-temperature settings. Their high melting point and thermal conductivity work together to minimise distortions, even under intense operating conditions.
Utilising Mo 360’s composition, these Molybdenum Rods and Bars provide oxidation resistance for extended product lifespan. Combined with their low coefficient of thermal expansion, the Dia. 0.20 inch configuration provides precise performance in applications requiring exact dimensional tolerances. These features help reduce component failures and maintenance costs, contributing to their desirability in demanding sectors.
2. Quality Control Measures
Strict quality control measures are implemented in each stage of producing Molybdenum Rod and Molybdenum Bar (Mo Rod and Mo Bar) in grade Mo 360, Dia. 0.20 inch. Inspections and testing, such as ultrasonic assessments, ensure that internal inconsistencies or surface imperfections are identified before the rods and bars reach users. This proactive approach reduces defects and ensures performance across various industries.
Every step in the production cycle, from shaping to dimensional verification, is closely supervised to maintain product integrity. Documentation of material composition and hardness tests enhances traceability and provides end users confidence in the reliability of each Dia. 0.20 inch Mo 360 rod or bar. Through thorough quality control procedures, businesses can rely on a stable, high-performing product suited to engineering needs.
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