WM7685 Tungsten Alloy Rod, Tungsten Alloy Bar Class 4, Dia. 12.7 mm

Tungsten Alloy Rod, Tungsten Alloy Bar Class 4, Dia. 0.500 inch Description

Our Tungsten Alloy Rod, produced in conformance with ASTM B777 standards, delivers outstanding durability and density in a compact 0.500-inch diameter form. Classified as Grade Class 4, this high-performance material offers exceptional hardness and superior mechanical strength, making it ideal for applications that require reliable weight balancing, vibration dampening, or radiation shielding. Its elevated tungsten content ensures remarkable wear resistance, which extends service life and reduces maintenance costs over time.

Thanks to its uniform microstructure and stringent manufacturing process, this Tungsten Alloy Rod consistently meets the demanding requirements of aerospace, defence, and industrial sectors. By adhering to rigorous quality controls at every production stage, we guarantee stable performance in extreme conditions. Choose our ASTM B777-compliant rod for a dependable, high-density solution backed by proven material integrity.

Tungsten Alloy Rod, Tungsten Alloy Bar Class 4, Dia. 0.500 inch Applications

Tungsten Alloy Rod and Tungsten Alloy Bar Class 4, with a 0.500-inch diameter, offer exceptional density, strength, and thermal stability. Their high melting point and corrosion resistance make them ideal for use in extreme environments. These properties enable applications across multiple industries where reliable performance and durability are critical. Below are some specialised uses categorised by sector, highlighting the unique advantages that Tungsten Alloy rods and bars can bring to various processes and products.

1. Aerospace & Defence Applications

·        High-Density Counterweights: Provide precise balance in aircraft control surfaces and missile guidance systems.

·        Kinetic Energy Penetrators: Deliver superior penetration power in specialised munitions due to tungsten’s high density.

·        Inertia Dampers: Help control vibrations and stabilise sensitive components under extreme operational conditions.

2. Automotive & Motorsport Applications

·        Engine Balancing Weights: Enhance engine performance and reduce vibration through improved weight distribution.

·        Motorsports Ballast: Allow race teams to fine-tune vehicle handling by adjusting overall weight.

·        Transmission Shafts: Offer high strength and wear resistance for critical rotating components.

3. Industrial & High-Temperature Applications

·        Heavy Duty Tooling: Serve as dies, anvils, and other tooling parts capable of withstanding intense heat and pressure.

·        Furnace Supports: Maintain structural integrity in high-temperature furnaces and thermal processing equipment.

·        Radiation Shielding Components: Protect personnel and equipment from harmful radiation in medical and nuclear facilities.

Tungsten Alloy Rod, Tungsten Alloy Bar Class 4, Dia. 0.500 inch Packaging

Each Tungsten Alloy Rod (Class 4, 0.500 inch diameter) is wrapped in protective foam or bubble wrap to guard against impact and abrasion. The rods are then vacuum-sealed to reduce moisture exposure, helping to prevent corrosion. An additional layer of corrosion-inhibiting paper is included for extra protection. Standard packaging sizes are available, and customisation options—such as branded labelling, tailored box dimensions, and protective inserts—ensure each order meets specific handling and storage requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Tungsten Alloy Rod, Tungsten Alloy Bar Class 4, Dia. 0.500 inch FAQs

Q1: What are the key material properties of Tungsten Alloy Rod, Tungsten Alloy Bar Class 4, Dia. 0.500 inch?

A1: The Tungsten Alloy Rod, Class 4, 0.500 inch diameter, typically combines high density (18.0–18.5 g/cm³), superior hardness (Rockwell C around 25–35), and robust tensile strength (around 700–1 000 MPa). It exhibits excellent corrosion resistance, a high melting point (around 3 400°C), and low thermal expansion. These properties make it suitable for weight balancing, radiation shielding, and high-strength structural applications. Tungsten alloys also offer good machinability compared to pure tungsten.

Q2: How can this Tungsten Alloy Rod, Tungsten Alloy Bar Class 4, Dia. 0.500 inch be processed or fabricated?

A2: Tungsten Alloy Rods can be fabricated using common methods such as machining, drilling, turning, and grinding with appropriate tooling. Preheating is recommended to minimise stress and prevent cracking. Welding is typically not recommended due to tungsten’s high melting point, but brazing and mechanical joining are viable alternatives. After shaping, stress-relief annealing can be performed to enhance dimensional stability and mechanical properties.

Q3: Which quality standards and certifications apply to Tungsten Alloy Rod, Tungsten Alloy Bar Class 4, Dia. 0.500 inch?

A3: For Tungsten Alloy Rod, Tungsten Alloy Bar Class 4, Dia. 0.500 inch, relevant industry standards include ASTM B777 for heavy tungsten alloys and AMS-T-21014 for aerospace applications. Conformance to ISO 9001 or AS9100 ensures consistent manufacturing and quality management. Material testing typically involves ultrasonic inspections, density checks, and mechanical property evaluations. Certifications like DFARS compliance or RoHS adherence may also be required, especially for medical, aerospace, or defence-related uses.

Related Information

1. Material Properties and Advantages

Tungsten Alloy Rod, in the Class 4 specification and measuring Dia. 0.500 inch, is known for its exceptional density, strength, and resistance to wear. This specific grade exhibits a high melting point, making it well-suited for applications that involve intense heat or pressure. Unlike other metals, the Class 4 tungsten alloy retains its structural integrity in demanding conditions, ensuring stable and dependable performance over extended operating periods.

Proper utilisation of this Class 4 tungsten alloy rod can result in considerable cost savings over time due to reduced maintenance and downtime. In addition to mechanical stability, the enhanced density of these rods provides effective vibration damping in sensitive systems and equipment. The Dia. 0.500 inch dimension offers a manageable form factor that is both compact and capable of enduring significant stress in high-performance environments.

2. Applications in Advanced Industries

Aerospace engineering often relies on Class 4 tungsten alloy rods for critical components that must endure rapid temperature fluctuations and mechanical stress. The Dia. 0.500 inch configuration is particularly useful for balancing systems in turbine blades and gyroscopic controls, as well as for forming counterweights in aerospace structures. Because the tungsten alloy resists distortion across a wide range of operating conditions, it offers the reliability demanded by modern aircraft and spacecraft designs.

Specialised medical and nuclear research facilities also make frequent use of Class 4 tungsten alloy bars, principally for radiation shielding in sensitive instruments. This small-diameter rod shape, measuring Dia. 0.500 inch, can be integrated into compact diagnostic systems without sacrificing space for other vital components. Due to its superior density and consistent properties, the tungsten alloy rod contributes to improved safety and effectiveness in these applications.