Tungsten Alloy Rod, Tungsten Alloy Bar Class 2, Dia. 0.3750 inch Description
This premium Tungsten Alloy Rod (Class 2) is manufactured to meet the stringent requirements of ASTM B777, ensuring consistent quality, exceptional density, and mechanical strength. With a precise 0.3750-inch diameter, it offers high density for balance and vibration resistance, making it a suitable choice in industries that require critical weight and performance control. Its tensile strength and durable composition provide resistance to corrosion, fatigue, and deformation even under extreme conditions.
Designed for reliability across various demanding applications, this Class 2 Tungsten Alloy Rod is frequently used in aerospace components, medical instrumentation, and high-performance machinery. Whether used for radiation shielding or ballast weight in motorsport, it delivers stable performance. Each bar is finished and inspected to guarantee adherence to strict quality standards, providing a safe and efficient product for specialist needs.
Tungsten Alloy Rod, Tungsten Alloy Bar Class 2, Dia. 0.3750 inch Applications
With high density and exceptional strength, these tungsten alloy rods in Class 2 with a diameter of 0.3750 inch serve multiple advanced applications. Their thermal conductivity, corrosion resistance, and ability to withstand extreme conditions make them desirable for both industrial and specialised uses. This metal solution enhances performance and improves cost-efficiency through longer operational lifespans and minimal maintenance in challenging environments.
1. Aerospace and Defence Applications
· Warhead Penetrators: Enhance impact and penetration due to high density and structural stability
· Weighted Control Surfaces: Provide precise balance in aircraft and missile control systems for improved manoeuvrability
2. Medical and Radiological Applications
· Radiation Shields: Offer reliable protection and containment in radiology suites and nuclear medicine labs
· CT Scanning Collimators: Ensure targeted radiation delivery, improving image clarity and patient safety
3. High-Performance Industrial Applications
· Vibration Dampeners: Control and reduce mechanical oscillations in heavy machinery for smoother operations
· High-Temperature Dies: Maintain integrity in hot-working processes, extending service life under extreme conditions
Tungsten Alloy Rod, Tungsten Alloy Bar Class 2, Dia. 0.3750 inch Packaging
Each Tungsten Alloy Rod is wrapped in a corrosion-resistant liner before being sealed in a vacuum bag for protection. To safeguard against impact and moisture, foam cushioning is inserted inside a sturdy, custom-labeled carton. Anti-corrosion treatments are applied where necessary, and flexible customization options are available for branding, labelling, and specific dimension requests.
Packaging: Vacuum sealed, Wooden Box, or Customised.
Tungsten Alloy Rod, Tungsten Alloy Bar Class 2, Dia. 0.3750 inch FAQs
Q1: What are the key material properties of Tungsten Alloy Rod, Tungsten Alloy Bar Class 2, Dia. 0.3750 inch?
A1: This tungsten heavy alloy bar has a typical density of around 17.5 – 18.5 g/cm³, providing strength and hardness combined with a relatively small cross-section. It exhibits high-temperature resistance, good machinability compared to pure tungsten, and minimal thermal expansion. With tungsten content typically between 90% and 95%, it delivers radiation shielding, mechanical robustness, and reliable corrosion resistance in demanding applications.
Q2: How can this tungsten product be processed or fabricated?
A2: These bars can be machined using conventional techniques, such as turning, cutting, and grinding, with carbide or diamond tooling for best results. For joining, welding is generally less common due to tungsten’s high melting point, so brazing or mechanical fastening is preferred. In powder metallurgy processes, tungsten powder is consolidated and sintered to form a fully dense blank, which is then subjected to hot working or swaging to achieve the final 0.3750-inch diameter.
Q3: Which quality standards and certifications apply to Tungsten Alloy Rod, Tungsten Alloy Bar Class 2, Dia. 0.3750 inch?
A3: These tungsten alloy rods typically comply with ASTM B777, which outlines chemical composition, mechanical properties, and density requirements for Class 2 materials. In aerospace or defence applications, adherence to AMS-T-21014 may be required for tolerance and performance specifications. Most reputable manufacturers maintain ISO 9001 or AS9100 certifications, ensuring quality management, traceability, and documentation. Certification packages often include material test reports verifying composition and mechanical properties.
Related Information
1. Material Properties and Advantages
Among the distinct characteristics of the Tungsten Alloy Rod, Class 2, Dia. 0.3750 inch is its balance of high density and strength. This rod maintains stability under thermal conditions, making it a choice for products that demand longevity and performance. Its high melting point minimises distortion, ensuring that dimensional integrity remains consistent over long-term use.
This Class 2 tungsten alloy rod has minimal thermal expansion and notable corrosion resistance, retaining resilience in hostile settings where lesser materials may fail. Its compact diameter of 0.3750 inch contributes to precise positioning while retaining the weight essential for vibration dampening and energy absorption. Whether used in aerospace instrumentation or medical devices, these material properties and advantages set it apart for specialist tasks.
2. Applications in Advanced Industries
This Class 2 tungsten alloy rod has found diverse uses across high-tech industries, including aerospace, defence, and nuclear sectors. Its diameter of 0.3750 inch can accommodate tight dimensional requirements in missile components or satellite systems, where weight-to-strength ratios are significant. By absorbing and concentrating energy, it offers a solution for radiation shielding, ballistic protection, and other specialised applications.
This rod is integral in precision medical tools and research instrumentation. In the medical field, its stability under high stress and reduced tendency to deform help maintain strict tolerances for radiation therapy equipment. In various research labs, its consistent performance and ease of machining enable scientists to craft precise parts that withstand extreme conditions while preserving structural attributes.
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