WM7327 Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) 22.2 mm

Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) 7/8 inch Description

Our high-purity Tungsten Rod and Tungsten Bar, featuring a 7/8 inch diameter, is designed to meet rigorous applications in demanding industries. Engineered from premium-grade tungsten and produced in adherence to ASTM B777 standards, these products deliver exceptional density, strength, and corrosion resistance. Their high melting point and dimensional stability under extreme temperatures make them suitable for aerospace, military, medical, and energy sectors, where reliable performance is critical.

Manufactured under strict quality controls, these rods and bars exhibit consistent mechanical properties, ensuring uniformity and long-lasting durability. Our fully customisable grade options allow you to optimise performance for specific requirements, enabling integration into precision instruments, radiation shielding, and advanced machinery. The result is a dependable tungsten solution that meets the highest standards of excellence.

Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) 7/8 inch Applications

Tungsten rods and tungsten bars (High Purity W Rod and W Bar) 7/8 inch are known for their sturdiness, high melting point, and corrosion resistance. This material is widely utilised in numerous industries, offering strength and durability under extreme conditions. Below are three categories of applications that highlight the advantages and versatility of tungsten rods and bars.

1. Electronics and Energy Applications

·        X-ray Targets: Provide excellent heat dissipation and density for reliable performance in medical imaging and industrial radiography.

·        Vacuum Electronics: Maintain stability and performance under high-temperature conditions in vacuum tubes and specialised electrical equipment.

·        Ion Implantation: Support semiconductor processing through precise control of doping materials at elevated temperatures.

2. Aerospace and Defence Applications

·        Rocket Engine Nozzles: Sustain extreme heat and mechanical stress for efficient propulsion in space missions.

·        Armor Penetrators: Deliver superior hardness and density in advanced defence systems and ballistic applications.

·        High-Temperature Testing Fixtures: Withstand intense thermal cycles in aerospace component validation.

3. Industrial Machinery Applications

·        Furnace Heating Elements: Endure prolonged high-temperature cycles in industrial and research furnaces.

·        Precision Tooling: Remain dimensionally stable under heavy loads for consistent machining and forming processes.

·        EDM Electrodes: Facilitate accurate, high-performance electrical discharge machining for complex part fabrication.

Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) 7/8 inch Packaging

All tungsten rods and bars, including 7/8-inch high-purity W rods and W bars, are carefully sealed in vacuum packaging. They come wrapped in multiple layers of protective materials such as foam or corrugated cardboard to guard against impact. Furthermore, corrosion-resistant coatings are applied where appropriate. Customised packaging solutions are available to accommodate specific handling and transport requirements, ensuring product integrity from warehouse to final destination.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) 7/8 inch FAQs

Q1: What are the key material properties of Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) 7/8 inch?

A1: Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) 7/8 inch exhibit extremely high density (19.25 g/cm³) and a melting point of approximately 3 422°C. They offer robust mechanical strength, excellent thermal conductivity, and exceptional resistance to thermal creep. Low impurity levels enhance dimensional stability and corrosion resistance. The uniform microstructure promotes reliable performance under thermal cycling, making these products suitable for high-temperature applications in aerospace, electronics, and chemical processing.

Q2: How can Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) 7/8 inch be processed or fabricated?

A2: Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) 7/8 inch can be fabricated through various methods, including sintering, forging, rolling, and drawing. Machining with specialised carbide tooling is recommended due to tungsten’s hardness and brittleness at low temperatures. Welding is possible but requires a controlled atmosphere to minimise oxidation. Heat treatment processes help refine grain structure and relieve internal stresses. Careful handling and slow machining speeds ensure dimensional accuracy and minimise tool wear.

Q3: Which quality standards and certifications apply to Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) 7/8 inch?

A3: These tungsten rods and bars typically comply with ASTM B777 or ASTM F288 standards, ensuring controlled chemical composition, density, and mechanical properties. Manufacturers often operate under ISO 9001-certified quality management systems, guaranteeing consistent production practices and full traceability. Additional certifications such as AS9100 may apply for aerospace applications. Each product undergoes purity testing using chemical analysis, and density verification is performed using standard measurement techniques to confirm compliance with specified requirements.

Related Information

1. Material Properties and Advantages

Engineered to deliver high resilience, the High Purity W Rod and W Bar in a 7/8 inch dimension exhibits resistance to deformation under pressure. Its dense molecular structure ensures minimal volumetric expansion, making it a suitable option for extreme heat applications. In addition to durability, this customised grade shape utilises tungsten’s natural conductivity and thermal stability to maintain performance in conditions where other alloys might fail.

Utilising an advanced alloying technique, the 7/8 inch tungsten rod maintains uniform composition along its length, giving it a mechanical advantage over other materials. This meticulous composition control also provides consistent grain structure, resulting in improved machinability and overall precision. By focusing on tungsten’s inherent advantages, manufacturers have unlocked opportunities to employ its mechanical traits in both industrial and scientific applications.

2. Quality Control Measures

Guided by stringent protocols, production of each 7/8 inch tungsten rod and bar undergoes multiple inspections prior to final packaging. Skilled technicians use high-precision tests, such as ultrasonic evaluations and micrometer readings, to ensure uniform thickness and detect flaws. By documenting every inspection step, engineers guarantee that the customised grade shape meets standards for density, purity, and dimensional accuracy.

Utilising sophisticated chemical analyses refines the certification procedure. Labs perform purity assessments that confirm tungsten’s consistency at the microscopic level, eliminating contamination risks. Combined with tracking systems, these quality control measures provide assurance that each High Purity W Rod and W Bar in a 7/8 inch dimension arrives compliant with applicable industry specifications.