WM7668 Tungsten Alloy Rod, Tungsten Alloy Bar Class 1, Dia. 0.250 inch

Tungsten Alloy Rod, Tungsten Alloy Bar Class 1, Dia. 0.250 inch Description

This Class 1 Tungsten Alloy Rod, with a 0.250-inch diameter, is manufactured to meet and exceed ASTM B777 standards. Its composition delivers density and strength, making it suitable for a variety of applications. Whether used for aerospace components, counterweights, or medical radiation shielding, this rod’s density ensures performance in demanding environments. Its mechanical properties also allow for precision machining and tight tolerances without compromising structural integrity.

Engineered under quality control protocols, the rod offers corrosion resistance and dimensional stability. Each piece is inspected to confirm compliance with industry specifications, ensuring consistent results. Choose this Class 1 Tungsten Alloy Rod for durability, wear resistance, and performance in demanding projects.

Tungsten Alloy Rod, Tungsten Alloy Bar Class 1, Dia. 0.250 inch Applications

This Tungsten Alloy Rod, Tungsten Alloy Bar Class 1, with a diameter of 0.250 inch, offers density, strength, and thermal stability for multiple industries. Its properties enable it to perform reliably in demanding environments, preventing wear and providing consistent performance under high temperatures or corrosive conditions. From electronics to defence, these tungsten bars provide a range of high-value solutions.

1. Aerospace and Defence Applications

·         High-Density Counterweights: Provides precise weight adjustments in missiles, satellites, and aircraft to enhance stability and manoeuvrability.

·         Projectile and Warhead Components: Ensures penetration and impact performance while maintaining structural integrity under extreme conditions.

2. Industrial Tooling and Fixtures

·         Die Casting Moulds: Offers heat resistance and dimensional stability for producing precision components.

·         Heavy-Duty Boring Bars: Minimises vibrations in machining operations to achieve tighter tolerances and smoother finishes.

3. Medical and Research Equipment

·         Radiation Shielding Blocks: Protects sensitive devices and personnel from harmful radiation in diagnostic and therapeutic facilities.

·         Collimator Components: Enables beam focusing in imaging systems, delivering accurate results in medical and scientific applications.

Tungsten Alloy Rod, Tungsten Alloy Bar Class 1, Dia. 0.250 inch Packaging

Each Tungsten Alloy Rod, Tungsten Alloy Bar Class 1, Dia. 0.250 inch, is wrapped in protective foam and vacuum-sealed in robust plastic pouches to prevent oxidation. Corrosion inhibitors are included to preserve surface integrity during transit. Packaging solutions, such as reinforced crates or tamper-evident seals, are available to meet specific requirements. This ensures safe handling and maintains product quality until use.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Tungsten Alloy Rod, Tungsten Alloy Bar Class 1, Dia. 0.250 inch FAQs

Q1: What are the key material properties of Tungsten Alloy Rod, Tungsten Alloy Bar Class 1, Dia. 0.250 inch?

A1: This tungsten heavy alloy typically consists of 90-95% tungsten, balanced with nickel and iron or nickel and copper, resulting in a density of approximately 17 g/cm³. It exhibits strength, wear resistance, and low thermal expansion compared to steel. Additionally, it provides thermal conductivity, dimensional stability, and a high melting point. These properties make it suitable for applications requiring high density and mechanical performance.

Q2: Which fabrication methods are recommended for processing Tungsten Alloy Rod, Tungsten Alloy Bar Class 1, Dia. 0.250 inch?

A2: Due to tungsten alloy’s density and toughness, typical processing methods include powder metallurgy, sintering, and subsequent forging or rolling for grain structure refinement. CNC machining techniques such as turning, drilling, tapping, and milling are often employed, though slower speeds and specialised tooling are required to minimise tool wear. Moreover, electrical discharge machining (EDM) is recommended for complex geometry, ensuring tolerances while preserving the alloy’s structural integrity.

Q3: Which quality standards and certifications apply to Tungsten Alloy Rod, Tungsten Alloy Bar Class 1, Dia. 0.250 inch?

A3: Relevant industry specifications include ASTM B777 and AMS-T-21014, which define composition, density tolerances, and mechanical properties for tungsten heavy alloys. Manufacturers commonly operate under ISO 9001 quality management systems to ensure consistent practices, while aerospace applications may require AS9100 certification for additional oversight. Inspection procedures, such as ultrasonic testing and dimensional checks, are conducted to verify conformance to these standards and customer requirements.

Related Information

1. Industry Standards and Certifications

Tungsten Alloy Rod Class 1, with a diameter of 0.250 inch, must comply with requirements established by organisations such as ASTM and MIL. Meeting these standards assures that each rod is produced to specifications and maintains consistency throughout its shape. The Class 1 grade indicates that the rod aligns with recognised density and composition thresholds, supporting performance in situations requiring density and stability.

Gaining the required certifications for this tungsten alloy rod involves testing to confirm its mechanical properties, chemical composition, and dimensional accuracy. By conducting inspections at every stage, from material selection to final shaping, manufacturers certify that every rod meets or exceeds industry benchmarks. These certifications assure customers that the Dia. 0.250 inch tungsten alloy rod is qualified for challenging environments and capable of delivering performance under difficult conditions.

2. Research and Development

Research and development efforts have enhanced the performance profile of Tungsten Alloy Rods, including those with a Dia. 0.250 inch. Scientists and engineers explore ways to maximise strength-to-weight ratios, refine thermal conductivity, and improve the machinability of Class 1 alloys. These innovations often lead to efficient fabrication methods, consistent alloy blends, and advanced finishing techniques that optimise the properties of each rod.

Improvements in laboratory testing technology allow for accurate assessments of tungsten-based materials, identifying areas for improvement. By analysing factors such as grain structure, composition purity, and performance across various temperature ranges, manufacturers can adjust the production process for reliability. This approach underscores the commitment to delivering Class 1 Rods that meet standards while advancing tungsten alloy innovation.