MU7434 Molybdenum Strip (Mo Strip) Mo 361, 4 mm Thickness

Molybdenum Strip (Mo Strip) Mo 361, 4 mm Thickness Description

Molybdenum Strip (Mo Strip) Mo 361 with a 4 mm thickness provides significant strength and thermal stability, making it suitable for applications in high-temperature and corrosive environments. Manufactured in strict adherence to ASTM B386, this molybdenum strip exhibits a high melting point, superior mechanical performance, and reliable dimensional stability. Its resistance to oxidation ensures a prolonged service life, even under extreme temperatures.

Due to its high purity and consistent structure, Mo 361 is widely used in various industries, including aerospace, electronics, and energy production. These properties facilitate efficient heat transfer, which is essential in furnace and heat shielding components. Engineers and manufacturers can rely on this premium-grade molybdenum strip for consistent quality and reliable performance across a range of specialised applications.

Molybdenum Strip (Mo Strip) Mo 361, 4 mm Thickness Applications

Molybdenum strip (Mo 361) with a 4 mm thickness offers a dependable solution for industries requiring high-temperature stability, corrosion resistance, and mechanical strength. Its key properties render it valuable in extreme conditions, leading to its application in electronics, chemical processing, and aerospace domains. From heat-resistant components to protective surfaces, this advanced material enhances both performance and efficiency in various demanding environments.

1. Electronics Applications

·        High-Temperature Circuit Boards: Molybdenum strips can withstand extreme operating conditions, ensuring consistent performance and durability.

·        Power Semiconductor Bases: Their excellent thermal conductivity promotes effective heat dissipation, extending component lifespan.

2. Chemical Processing Applications

·        Corrosion-Resistant Equipment: Molybdenum strips offer high resistance to aggressive chemicals, enhancing their suitability in critical processing areas.

·        High-Purity Metal Processing: Their stability under intense heat supports the refining of metals where precision and purity are essential.

3. Aerospace Applications

·        High-Performance Engine Components: Molybdenum strips maintain structural integrity at elevated temperatures, supporting key engine parts.

·        Exhaust Nozzle Reinforcements: Their strength-to-weight ratio aids in reducing total mass while withstanding extreme thermal and mechanical stress.

Molybdenum Strip (Mo Strip) Mo 361, 4 mm Thickness Packaging

These Molybdenum strips are carefully wrapped in moisture-resistant materials, then vacuum-sealed to minimise exposure to contaminants. Additional layers of plastic film and foam padding protect against mechanical damage and corrosion. Each unit includes protective end caps to preserve dimensional integrity. Customised packaging options, including specific labeling and crate designs, are available to meet unique shipping and handling requirements. The final packaging ensures safe transport and optimal preservation.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Molybdenum Strip (Mo Strip) Mo 361, 4 mm Thickness FAQs

Q1: What are the key material properties of Molybdenum Strip (Mo Strip) Mo 361, 4 mm Thickness?

A1: Molybdenum Strip (Mo 361) with a 4 mm thickness is valued for its significant thermal stability, with a melting point of around 2 620°C, making it suitable for high-temperature processes. It also features excellent tensile strength, low thermal expansion, and good corrosion resistance in many chemical environments. Additionally, it provides superior electrical conductivity and maintains dimensional stability under cyclic heating, contributing to its reliability in critical applications.

Q2: How can Molybdenum Strip (Mo Strip) Mo 361, 4 mm Thickness be processed or fabricated?

A2: Due to Molybdenum’s relatively high hardness and brittleness at room temperature, thermal processing is often employed prior to shaping. Rolling, stamping, and punching can be performed at elevated temperatures to reduce the risk of cracking. Precision laser cutting is recommended for clean edges. Heat treatment in inert or reducing atmospheres aids in stress relief, while proper tool design, lubrication, and handling techniques help maintain dimensional tolerance throughout the fabrication process.

Q3: Which quality standards and certifications apply to Molybdenum Strip (Mo Strip) Mo 361, 4 mm Thickness?

A3: Molybdenum Strip (Mo 361) typically complies with ASTM B386 specifications, which detail chemical composition limits, mechanical property requirements, and permissible dimensional tolerances for rolled molybdenum. Furthermore, specialised suppliers often maintain ISO 9001 certification for quality management and material traceability. In critical sectors such as the semiconductor or aerospace industries, additional compliance with RoHS and REACH directives may also be required, ensuring safety and environmental standards are met.

Related Information

1. Material Properties and Advantages

Significant strength characteristics define the Molybdenum Strip (Mo 361) at a thickness of 4 mm, making it suitable for components facing mechanical stress. This grade exhibits a high melting point, which enhances its ability to perform under temperatures that would normally degrade other metals. The strip’s dimensional stability ensures consistent performance during both machining and end-use operations, resulting in longer service life and reduced maintenance demands for engineering systems.

Utilising Mo 361’s excellent thermal conductivity, manufacturers often employ this 4 mm strip in environments requiring efficient heat transfer. When integrated into assemblies such as heat exchangers or vacuum furnace components, it helps minimise stress-related fatigue due to its resistance to thermal shock. By combining such properties with a dense crystalline structure, the strip remains less susceptible to deformation over time, retaining its shape and form even after prolonged usage.

2. Comparative Analysis with Alternative Materials

Comparatively, Molybdenum Strip (Mo 361) in a 4 mm thickness frequently outperforms steels and nickel-based alloys in high-temperature conditions. While these metals can become brittle, Mo 361 maintains its structural integrity, reducing the risk of unexpected failures. Additionally, its lower density in comparison to tungsten allows for lighter assemblies without compromising strength, thereby improving overall performance in specialised machinery.

Some industries have considered using titanium or stainless steel strips for similar applications, but neither offers the distinct combination of heat tolerance and mechanical endurance found in Mo 361. Industrial testing shows that Molybdenum Strip can withstand more aggressive processing steps before exhibiting permanent distortion. Consequently, engineers frequently select this Mo 361 strip to achieve a balance of reliability, cost-effectiveness, and superior adaptability in advanced production environments.