Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 1 1/8 inch Description
Our Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) in Dia. 1 1/8 inch offers excellent strength, thermal conductivity, and wear resistance. Manufactured to meet ASTM B777 requirements, this rod and bar feature a customised grade of tungsten with near-perfect purity. Tungsten’s exceptionally high melting point, coupled with its remarkable density, ensures stability in demanding conditions, making it an ideal choice for applications in aerospace, medical devices, and high-temperature furnaces.
Thanks to our stringent quality control practices and advanced fabrication techniques, every rod and bar showcases superior dimensional accuracy and consistency. Whether used for heavy metal alloy assemblies, radiation shielding, or specialised tooling, this tungsten product delivers dependable performance and extended service life. With a focus on reliability and innovation, our tungsten solutions meet the highest industry standards, ensuring you receive the best quality for your project.
Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 1 1/8 inch Applications
High-purity tungsten rods and bars with a diameter of 1 1/8 inch are essential for industries requiring superior heat resistance, high density, and robust mechanical properties. This versatile metal stands up to extreme conditions and is often chosen for applications involving elevated temperatures, intense mechanical stress, and exposure to corrosive elements. Below are some specialised uses for these tungsten products across different fields.
1. Aerospace Applications
· Thermal Protection Systems: Tungsten's excellent thermal conductivity and high melting point make it suitable for protective shields and nose cones in spacecraft.
· Structural Reinforcements: High-purity tungsten bars add strength and stability in critical aerospace components, reducing vibration and enhancing overall performance.
· Control Weights: Tungsten rods help in balancing and fine-tuning flight control systems for precise manoeuvrability.
2. Electronics and Power Generation
· X-Ray and CT Scanning Targets: Tungsten's density and ability to withstand intense irradiation make it reliable in medical imaging machinery.
· High-Voltage Electrode Material: Tungsten rods ensure consistent, low-resistance conduction in demanding power generation circuits.
· Radiation Shielding: Tungsten bars offer effective gamma and X-ray protection in nuclear and healthcare facilities.
3. Industrial Tooling and Manufacturing
· Die Inserts and Extrusion Tools: Tungsten's wear resistance and hardness support extended tool life under high-stress forming operations.
· High-End Machining Shafts: Stable and durable tungsten shafts enhance the performance of precision equipment.
· Inert Atmosphere Processing: Tungsten rods maintain integrity in furnaces and vacuum chambers subject to extreme heat and corrosive processes.
Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 1 1/8 inch Packaging
We package tungsten rods and bars using protective foam or polystyrene inserts, then seal them in vacuum pouches to block out moisture and contaminants. This helps prevent erosion and preserves surface integrity. We also incorporate corrosion-inhibiting layers, and customised labelling or sizing is available to meet specific requirements, ensuring smooth transportation and storage for 1 1/8-inch diameter tungsten products.
Packaging: Vacuum sealed, Wooden Box, or Customised.
Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 1 1/8 inch FAQs
Q1: What are the key material properties of Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 1 1/8 inch?
A1: These tungsten products exhibit exceptional density (approximately 19.3 g/cm³), a remarkably high melting point (around 3,422°C), and low thermal expansion. With a fine-grain microstructure, they offer excellent creep resistance and strong thermal shock resistance. Moreover, their high modulus of elasticity provides outstanding stiffness under load, making them suitable for demanding applications. The purity level ensures minimal inclusion of other elements, preserving superior mechanical and thermal performance.
Q2: How can Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 1 1/8 inch be processed or fabricated?
A2: These rods and bars can be machined using techniques such as turning, milling, and grinding with specialised carbide or diamond tools due to tungsten’s hardness. They are also amenable to precision EDM (Electrical Discharge Machining) for complex profiles. Preheating is often recommended to reduce the risk of fracturing. Additionally, they can be hot worked or annealed if needed, although controlled atmospheres are advised to maintain purity.
Q3: Which quality standards and certifications apply to Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 1 1/8 inch?
A3: Typically, these products comply with ASTM B760 specifications for tungsten materials. Manufacturers also adhere to ISO 9001 Quality Management Systems to confirm consistent production processes and traceability. Purity levels may be verified through certificates of analysis (COAs), ensuring minimal contamination. Depending on the application and region, they can be further certified to meet specific aerospace, defence, or other industry requirements for safety and reliability.
Related Information
1. Material Properties and Advantages
Tungsten rods and bars with a 1 1/8 inch diameter possess a high melting point, remarkable hardness, and excellent corrosion resistance, making them well-suited for demanding environments involving elevated temperatures or aggressive chemicals. The customised grade supports uniform grain structure, resulting in enhanced mechanical strength and dependable performance. In addition, the high density of this High Purity W Rod and W Bar reduces vibrations, contributing to precise control in sophisticated industrial operations.
Because tungsten exhibits outstanding thermal conductivity, these rods and bars dissipate heat effectively, ensuring steady operating conditions in critical applications. This reliable heat management minimises deformation and warping, even under extreme stress. Furthermore, the rod shape accommodates versatile machining and fabrication techniques, enabling manufacturers to tailor the product to specialised designs or tight processing tolerances.
2. Applications in Advanced Industries
Specialised fields such as aerospace and defence frequently employ tungsten rods and bars with a 1 1/8 inch diameter for components that must withstand substantial heat and stress. By utilising a customised grade, engineers gain consistent metallurgical integrity, bolstering the structural stability indispensable for high-performance parts. The High Purity W Rod and W Bar are also pivotal in nuclear technology, where tungsten’s dense properties help shield against radiation and maintain operational safety.
Manufacturers in the medical sector rely on these rods and bars for devices subjected to intense conditions, such as orthopedic implants and radiation shields used in diagnostic equipment. The robust characteristics of tungsten ensure greater longevity and reliability, essential qualities in life-critical instruments. In addition, the rod configuration contributes to easier integration within complex machinery, allowing precise handling and optimised torque transfer for advanced medical applications.
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