WM7324 Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 2.54 mm

Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 0.1 inch Description

Crafted from high-purity tungsten, our rods and bars offer exceptional density, strength, and thermal stability. With a diameter of 0.1 inch and a customised grade, these products strictly adhere to ASTM B777 standards, ensuring consistent mechanical properties and minimal impurity levels. Their elevated melting point and corrosion resistance make them ideally suited for high-temperature environments or applications where reliability and precision are essential.

Used across diverse sectors such as aerospace, electronics, and medical device manufacturing, our tungsten rods and bars consistently deliver high performance. Their refined microstructure supports excellent machinability and surface finish, while stringent quality control protocols guarantee consistency in every batch. Whether you require components for heat-resistant parts or specialised research applications, our tungsten solutions are designed to meet the most demanding industry requirements.

Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 0.1 inch Applications

High Purity W Rod and W Bar in 0.1-inch diameter are highly sought-after for their significant mechanical strength, high melting point, and excellent corrosion resistance. These features make them essential in various industries demanding high endurance under extreme conditions. They serve a critical role in processes and products that require thermal stability, dimensional integrity, and extended product lifespans, ensuring reliable performance.

1. Electronics and Semiconductor Applications

·        Heating Elements: Provide steady, high-temperature operation in specialty furnaces and chip production systems

·        Vacuum Devices: Enhance reliability in electron tubes, X-ray tubes, and high-power RF components

2. Industrial and Chemical Processing

·        Reaction Chambers: Withstand corrosive chemicals and maintain structural integrity under intense heat

·        Transfer Components: Enable smooth flow and durability in high-pressure, high-temperature environments

3. Aerospace and Defence Applications

·        Thruster Components: Offer performance and longevity under extreme propulsion conditions

·        Protective Shielding: Maintain structural stability against high thermal loads and abrasive forces in aerospace missions

Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 0.1 inch Packaging

Tungsten rods and tungsten bars (High Purity W rod and W bar) with a diameter of 0.1 inch are carefully cushioned and vacuum-sealed to safeguard against contamination and oxidation. Protective materials such as foam or bubble wrap reduce impact-related damage, while moisture-absorbing agents add extra corrosion protection. Additionally, we offer customisable packaging solutions to accommodate project-specific requirements, ensuring maximum product integrity during transport.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 0.1 inch FAQs

Q1: What are the key material properties of Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 0.1 inch?

A1: These rods and bars exhibit exceptionally high melting points (approximately 3,422°C), outstanding density (approximately 19.3 g/cm³), and excellent tensile strength. Their hardness and resistance to thermal expansion make them ideal for environments demanding high heat and corrosion resistance. Due to their high purity (typically ≥99.95% W), they provide improved electrical conductivity and minimise impurity-induced brittleness, ensuring performance in critical applications such as aerospace, electronics, and high-temperature furnaces.

Q2: What processing methods are commonly used for Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 0.1 inch?

A2: These tungsten products are often manufactured through powder metallurgy, which involves powder pressing and high-temperature sintering. Post-sintering processes such as swaging, forging, and rolling refine the grain structure and enhance mechanical properties. Machining employs specialised carbide tools and slow feeds to maintain dimensional accuracy and reduce material loss. Vacuum annealing can also be used to further improve ductility and reduce residual stress in the rod or bar.

Q3: Which quality standards and certifications apply to Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 0.1 inch?

A3: Tungsten rod and bar products often comply with ASTM B760 or related industry standards, ensuring consistency in chemical composition and mechanical properties. Manufacturers may implement ISO 9001 quality management systems to uphold production and inspection processes. Certificates of analysis (COA) typically verify purity, grain size, and mechanical parameters. Additional certifications, such as RoHS or REACH compliance, confirm adherence to environmental and safety regulations for global applications.

Related Information

1. Material Properties and Advantages

Combining exceptional density with a high melting point, Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 0.1 inch in a Customised grade offer performance under extreme conditions. This unique composition allows the rod to resist deformation when exposed to elevated temperatures, which makes it ideal for tasks requiring precise measurements. Since the Customised grade is tailored, the resulting mechanical attributes ensure strength and stability even in harsh operating environments.

Further enhancing their appeal, these rods possess outstanding thermal and electrical conductivity, making them essential for applications where energy transfer is critical. The Dia. 0.1 inch specification ensures a compact profile while still providing adequate structural integrity for a range of designs. Factors such as low vapor pressure and significant corrosion resistance also contribute to these rods’ consistent performance, underscoring their significance in specialised fields that demand top-tier materials.

2. Applications in Advanced Industries

Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 0.1 inch find wide utilisation in aerospace components, nuclear reactors, and high-end electronics. Their ability to function reliably in rigorous thermal cycles makes them a preferred choice for defence-related innovations and other complex technological projects. Developers of sophisticated equipment recognise the Customised grade’s benefits, such as uniform density and minimised impurities, ensuring a long operational life for critical parts.

Notably, these rods feature a design that promotes high precision without sacrificing dimensional stability, accommodating the stringent tolerances demanded by modern engineering projects. Consequently, industries dealing with plasma research and high-frequency devices frequently incorporate tungsten rods to improve efficiency and enhance overall system performance. By meeting the compatibility needs of advanced sectors, these rods reaffirm their position as integral solutions in technology.