WM7669 Tungsten Alloy Rod, Tungsten Alloy Bar Class 1, Dia. 9.525 mm

Tungsten Alloy Rod, Tungsten Alloy Bar Class 1, Dia. 0.3750 inch Description

This Tungsten Alloy Rod (Class 1) is precision-machined to a 0.3750-inch diameter and meets the stringent ASTM B777 standard. Engineered for density and strength, it demonstrates dimensional stability, corrosion resistance, and thermal conductivity. Tungsten’s hardness and wear resistance suit it for high-stress environments where consistent performance is necessary. Its compact size and reliable composition ensure compatibility in demanding applications.

Suitable for applications in aerospace, medical, nuclear, and defence industries, this rod demonstrates performance under extreme conditions. Each piece undergoes quality control measures to verify its composition, mechanical properties, and adherence to industry standards. The tungsten alloy rod provides a solution for precision-built components where durability, stability, and quality are critical.

Tungsten Alloy Rod, Tungsten Alloy Bar Class 1, Dia. 0.3750 inch Applications

Tungsten Alloy Rods and Bars of Class 1, with a diameter of 0.3750 inch, are employed in applications where strength, density, and temperature resistance are essential. These components provide performance under harsh conditions, making them sought after across various sectors. Their corrosion-resistant nature and durability solidify their role in engineering projects.

1. Industrial Machinery Applications

·        Vibration Dampeners: Utilised in heavy machinery to reduce oscillations and improve operating stability.

·        Tooling Components: Suitable for parts that require exceptional hardness.

·        Wear-Resistant Shafts: Provide performance even under tough operational environments.

2. Defence Applications

·        Kinetic Energy Penetrators: Deliver impact strength for armour-piercing ordnance.

·        Balancing Weights for Firearms: Enhance precision through weight distribution.

·        Radiation Shielding: Protect defence facilities handling nuclear materials.

3. Aerospace Applications

·        Flight Control Counterweights: Maintain balanced flight control surfaces under varying conditions.

·        Satellite Stabilizers: Provide mass control for improved orbit accuracy and attitude adjustments.

·        Protective Heat Shields: Safeguard equipment from extreme temperatures during launch and re-entry.

Tungsten Alloy Rod, Tungsten Alloy Bar Class 1, Dia. 0.3750 inch Packaging

We package tungsten alloy rods (diameter 0.3750 inch) using foam inserts or bubble wrap for protection. Each rod is vacuum-sealed to preserve material integrity, while an anti-corrosion coating prevents oxidation. We offer customisation options, such as crates, labels, and carton sizes, to meet clients’ shipping, handling, or storage requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Tungsten Alloy Rod, Tungsten Alloy Bar Class 1, Dia. 0.3750 inch FAQs

Q1: What are the key material properties of Tungsten Alloy Rod, Tungsten Alloy Bar Class 1, Dia. 0.3750 inch?

A1: This Class 1 tungsten alloy bar typically contains 90–95% tungsten, providing a density of approximately 17 g/cm³. It exhibits strength and stiffness, alongside a melting point of around 3,400°C. The alloy provides a low thermal expansion coefficient, ensuring dimensional stability under temperature variations. Its hardness range contributes to wear resistance, extending component life in challenging applications.

Q2: What processing methods are commonly used for Tungsten Alloy Rod, Tungsten Alloy Bar Class 1, Dia. 0.3750 inch?

A2: These tungsten alloy bars undergo various processing techniques, including conventional machining and grinding with carbide or diamond tools. Hot rolling or forging adjusts mechanical properties and grain structure. Sintering and infiltration bond the tungsten with binder metals, while EDM accommodates intricate shapes. Heat treatment follows to optimise microstructure and strength.

Q3: Which quality standards and certifications apply to Tungsten Alloy Rod, Tungsten Alloy Bar Class 1, Dia. 0.3750 inch?

A3: This tungsten alloy product meets or exceeds specifications such as ASTM B777 and AMS-T-21014, which specify density, mechanical properties, and composition requirements. Manufacturers comply with ISO 9001 for quality management systems, ensuring consistent production and traceability. In aerospace and defence applications, additional certification under DFARS or ITAR may be necessary. Inspections, including ultrasonic or radiographic testing, confirm product integrity before shipment.

Related Information

1. Material Properties and Advantages

Meeting engineering requirements, the Tungsten Alloy Rod in Class 1 composition provides a combination of high density and mechanical durability. Its 0.3750-inch diameter is beneficial in industries reliant on precise weight distribution and minimal deflection under load. This tungsten alloy bar exhibits enhanced structural properties, making it suitable for instruments and specialised machinery components.

Designed to withstand operational conditions, this Class 1 tungsten alloy rod maintains stability when exposed to extreme temperatures and corrosive environments. It also demonstrates dimensional precision over prolonged use, which is necessary for equipment requiring consistent performance. Through metallurgical processes, the alloy’s bonding strength is maximised, ensuring reliability for aerospace and defence applications.

2. Applications in Advanced Industries

Aerospace research has found this Class 1 tungsten alloy rod useful for weight balancing applications and components in extreme conditions. Its 0.3750-inch diameter enables precision fitting into propulsion systems and satellite structures, where strength, reliability, and efficient mass distribution are vital for safety and performance. By incorporating this tungsten alloy rod into assemblies, engineers can reduce vibration and enhance structural integrity.

In medical technology, scientists are utilising Class 1 tungsten alloy rods for radiation shielding and surgical equipment. Its density and consistent composition protect sensitive instruments from harmful radiation exposure, ensuring safety for practitioners and patients. These properties support a range of applications, fostering research initiatives that require effective materials.