WM7667 Tungsten Rhenium Alloy Wire W-Re26, Dia. 1 mm

Tungsten Rhenium Alloy Wire W-Re26, Dia. 1 mm Description

Tungsten Rhenium Alloy Wire W-Re26 (Dia. 1 mm) is engineered to deliver performance and reliability under extreme conditions. Its high Rhenium content (26%) enhances ductility and mechanical strength, making it suitable for high-temperature applications such as aerospace components, thermocouples, and industrial heating elements. The wire’s resistance to thermal deformation ensures stability and reduces performance decay over prolonged operational periods.

Manufactured to stringent quality standards established by ASTM E696, this W-Re26 alloy wire undergoes testing and inspection throughout the production process to guarantee consistent composition and purity. Its design withstands fluctuations in temperature and pressure, ensuring performance in mission-critical environments. Choose this Tungsten Rhenium Alloy Wire for an optimal balance of durability, precision, and versatility in your demanding applications.

Tungsten Rhenium Alloy Wire W-Re26, Dia. 1 mm Applications

Tungsten rhenium alloy wire (W-Re26, Dia. 1 mm) is known for its high-temperature stability, mechanical strength, and electrical properties. It is utilised across multiple industries where heat, corrosion resistance, and durability are essential. The performance of this alloy wire enables technological applications, ensuring reliability and efficiency in environments such as aerospace, energy, and medical sectors.

1. High-Temperature Measurement

·         Thermocouple Sensing: Delivers accurate readings in extreme heat conditions

·         Laboratory Testing: Supports thermal analysis for research and development

2. Aerospace and Defence

·         Rocket Engine Components: Withstands intense heat and mechanical stress in propulsion systems

·         Ion Thruster Electrodes: Maintains structural integrity under high electrical loads for satellite propulsion

3. Specialised Electronics

·         Vacuum Electronics: Offers reliable conduction in high-energy vacuum tubes and electron devices

·         Microwave Transmission Devices: Ensures minimal signal loss and stable operation at elevated temperatures

Tungsten Rhenium Alloy Wire W-Re26, Dia. 1 mm Packaging

Each Tungsten Rhenium Alloy Wire (W-Re26, Dia. 1 mm) coil is carefully wrapped with protective material and placed in a vacuum-sealed bag to ensure minimal exposure to contaminants. Anti-corrosion measures, including moisture-absorbing desiccants and an outer protective film, safeguard product integrity during transit. Custom packaging options, such as spools or sealed tubes, are available upon request to meet customer-specific requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Tungsten Rhenium Alloy Wire W-Re26, Dia. 1 mm FAQs

Q1: What are the key material properties of Tungsten Rhenium Alloy Wire W-Re26, Dia. 1 mm?

A1: Tungsten Rhenium Alloy Wire W-Re26 exhibits high-temperature strength, with the addition of 26% rhenium providing enhanced ductility and creep resistance compared to pure tungsten. It offers thermal stability, maintaining its structural integrity under extreme heat. This alloy also has good electrical conductivity, making it suitable for thermocouples and high-performance electronic applications. Its corrosion resistance and low vapor pressure further enhance its reliability in demanding environments.

Q2: How can this tungsten rhenium alloy wire be processed or fabricated?

A2: Tungsten Rhenium Alloy Wire W-Re26 is typically processed through powder metallurgy, followed by hot isostatic pressing or sintering to consolidate the material. After initial compaction, it undergoes stages of drawing or rolling to achieve the desired diameter of 1 mm. Vacuum annealing may be used to refine grain structure and relieve stress. These steps ensure uniform mechanical properties, consistent diameter, and surface finish.

Q3: Which quality standards and certifications apply to Tungsten Rhenium Alloy Wire W-Re26, Dia. 1 mm?

A3: This alloy wire generally complies with industry standards such as ASTM B760 for tungsten materials and may also reference ISO 9001 certifications for quality management processes. Consistency in diameter, composition, and mechanical properties must meet acceptance criteria. Certification documentation includes chemical composition reports, dimensional tolerances, and mechanical testing information to verify adherence to regulatory and customer-specific requirements for high-performance applications.

Related Information

1. Manufacturing Process

Tungsten Rhenium Alloy Wire W-Re26, designed with a diameter of 1 mm, undergoes a specialised production cycle to achieve its precise composition. Sintering of tungsten powder mixed with rhenium creates a dense billet, which is then drawn through stages to form the wire. Monitoring of temperature and tension ensures the uniform structure required for performance in demanding applications.

Incorporating vacuum melting and hot isostatic pressing preserves the purity of the W-Re26 grade and minimises internal voids. This approach promotes better ductility and tensile strength, making the final wire form—measuring exactly 1 mm in diameter—resilient. Each step of the manufacturing process adheres to strict parameters to guarantee the desired properties, including thermal conductivity and high-temperature stability.

2. Applications in Advanced Industries

Tungsten Rhenium Alloy Wire W-Re26 with a 1 mm diameter serves as a component in aerospace engineering. Its high-temperature resilience and strength-to-weight ratio enable performance in thrust chambers and guidance systems. The wire’s ability to maintain its structural integrity under extreme conditions is valuable for missions requiring control and operational life.

In semiconductor and microelectronic manufacturing, W-Re26 wire provides electrical conductivity and dimensional properties. It is relied upon for wafer processing equipment and sensor designs, where dimensional precision and thermal management are paramount. Its capacity to withstand thermal shock while maintaining form accuracy underscores its role across multiple industries.