WM7679 Tungsten Alloy Rod, Tungsten Alloy Bar Class 3, Dia. 0.3750 inch

Tungsten Alloy Rod, Tungsten Alloy Bar Class 3, Dia. 0.3750 inch Description

Our Tungsten Alloy Rod, measuring a precise 0.3750 inch in diameter, is engineered for maximum strength and exceptional density. Manufactured in compliance with ASTM B777, this Class 3 tungsten alloy bar is suitable for applications requiring weight-to-volume ratios, corrosion resistance, and durability under extreme conditions.

Its mechanical properties make it a choice for aerospace, defence, automotive, and medical industries, where mass distribution and energy absorption are crucial. Additionally, the bar’s structure simplifies machining while ensuring minimal deformation under stress. Our quality controls ensure every piece meets industry standards for performance and safety.

Tungsten Alloy Rod, Tungsten Alloy Bar Class 3, Dia. 0.3750 inch Applications

Tungsten Alloy Rod, Tungsten Alloy Bar Class 3, Dia. 0.3750 inch offers density, strength, and heat resistance for demanding industrial and scientific needs. Its durability and thermal conductivity allow its use in applications across multiple industries. From aerospace to medical and energy, these rods are vital for performance, precision, and safety.

1. Aerospace and Defence Applications

·        High-Density Ballast: These rods serve as high-density ballast solutions to stabilise aircraft or missiles, improving flight control and manoeuvrability.

·        Armor-Penetrating Components: Their strength and density enhance impact resistance and accuracy in kinetic energy penetrators.

2. Industrial Tooling and Machinery Applications

·        Vibration Dampening: Tungsten alloy rods reduce vibration in high-speed machinery, contributing to smoother operations and extended equipment life.

·        Incremental Weight Modules: Their composition allows for adjustable weight components in specialised industrial machinery.

3. Health and Nuclear Science Applications

·        Radiation Shielding: The high density of these rods facilitates effective radiation shielding in medical facilities and research laboratories.

·        Collimator Components: Their strength and density ensure performance in radiation therapy equipment, enhancing beam accuracy.

Tungsten Alloy Rod, Tungsten Alloy Bar Class 3, Dia. 0.3750 inch Packaging

Each Tungsten Alloy Rod, Class 3, Dia. 0.3750 inch, is protected using cushioning materials and placed in vacuum packaging to minimise moisture exposure and preserve structural integrity. Anti-corrosion agents guard against oxidation during transit or storage. Our packaging solutions can be tailored to specific requirements, ensuring security and convenience for each shipment while maintaining quality standards.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Tungsten Alloy Rod, Tungsten Alloy Bar Class 3, Dia. 0.3750 inch FAQs

Q1: What are the key material properties of Tungsten Alloy Rod, Tungsten Alloy Bar Class 3, Dia. 0.3750 inch?

A1: One primary characteristic of this tungsten alloy rod is its density, usually ranging from 17.0 to 17.5 g/cm³. It offers high tensile strength, dimensional stability, and resistance to thermal expansion and corrosion. With Class 3 specifications, the bar ensures compositional control, hardness, and uniform surface finish. These properties are suitable for applications requiring vibration dampening, radiation shielding, and mechanical performance under conditions.

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

A2: Class 3 tungsten alloy rods can be processed using methods, including hot rolling, swaging, and CNC machining. Preheating is often performed prior to processing to minimise brittleness and reduce the risk of cracking. Machining requires the use of carbide or diamond tools due to tungsten’s hardness. Stress-relief treatments and vacuum sintering enhance stability and improve mechanical properties.

Q3: Which quality standards and certifications apply to Tungsten Alloy Rod, Tungsten Alloy Bar Class 3, Dia. 0.3750 inch?

A3: These tungsten alloy rods typically conform to standards such as ASTM B777 for composition and properties. They may adhere to AMS-T-21014 for procurement and assurance, ensuring dimensional tolerances and performance. Manufacturers maintain ISO 9001:2015 certification to guarantee quality management. Third-party inspections and ultrasonic testing detect internal flaws and verify compliance with industry specifications.

Related Information

1. Manufacturing Process

Producers utilise specialized equipment to shape and form the Tungsten Alloy Rod, Tungsten Alloy Bar Class 3, Dia. 0.3750 inch with precision. Techniques, such as powder metallurgy and sintering, ensure the rod maintains structural integrity while meeting dimensional tolerances. Controlled forging or extrusion enhance grain alignment, contributing to rigidity and consistency during use.

Achieving the Class 3 grade necessitates controls to deliver characteristics, including impact resistance and hardness. After shaping, finishing operations like polishing or precision grinding may apply to achieve the final 0.3750-inch diameter with minimal deviation. Each of these steps works to yield a product that performs in environments such as high-temperature or corrosive conditions, making the process a key factor in the rod’s reliability.

2. Comparative Analysis with Alternative Materials

Tungsten alloys deliver mass and durability compared to many metals, with the Tungsten Alloy Rod, Tungsten Alloy Bar Class 3, Dia. 0.3750 inch manage extreme stresses. Alternative metals, like certain steels or copper-based alloys, may lack the density or mechanical stability required for applications, especially where counterweights or ballistic properties are paramount. This advantage is evident in aerospace and defence industries, where weight distribution and performance can be decisive.

Evaluating factors such as machinability, thermal expansion, and production cost highlights tungsten alloy’s benefits over competing materials. While some alloys might offer reduced expenses, they may not match the Class 3 tungsten alloy rod’s longevity or resistance to deformation under loads. By balancing performance metrics with concerns, tungsten alloy remains a choice for engineers seeking strength in a rod with a diameter of 0.3750 inches.