WM7330 Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 32 mm

Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 1 1/4 inch Description

Our Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) with a diameter of 1¼ inches are manufactured to deliver high performance in demanding environments. Produced to ASTM B777 specifications, these products possess exceptional density, high melting point, and significant resistance to corrosion and thermal expansion. Each rod or bar goes through a rigorous purification process to guarantee top-grade purity, making them suitable for applications that require mechanical stability and minimal contamination.

With their high density and mechanical endurance, these tungsten rods and bars are appropriate for aerospace, medical, and nuclear applications, where consistent material integrity and dimensional stability are critical. Our products provide customizable grades to meet your specific requirements, supported by stringent quality checks at every stage of production. Select our tungsten solutions for durability, compliance with industry standards, and reliable performance in challenging conditions.

Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 1 1/4 inch Applications

Tungsten rods and bars with high purity and a 1¼-inch diameter are valued for their exceptional strength, thermal conductivity, and corrosion resistance, rendering them indispensable in high-demand industries. From precision electronic components to large-scale construction, tungsten’s unique properties ensure reliability and longevity under harsh conditions. By employing these rods and bars in diverse applications, manufacturers achieve reduced downtime, enhanced performance, and substantial cost-saving advantages over time.

1. Industrial Machinery Applications

·         High-Temperature Shafts: Tungsten’s heat resistance makes it suitable for shafts operating in extreme conditions.

·         High-Pressure Moulds: The strength of the material ensures moulds remain durable under intense pressures.

2. Electrical and Semiconductor Applications

·         Vacuum Equipment Electrodes: Tungsten’s conductivity and stability are suitable for vacuum chamber systems.

·         Semiconductor Lithography Supports: These bars assist in maintaining precise alignment in lithography processes.

3. Defence and Security Applications

·         Armor-Penetrating Projectiles: Dense tungsten cores improve penetration and impact.

·         Radiation Shielding Blocks: The rod’s density offers reliable protection in safety-related installations.

Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 1 1/4 inch Packaging

Tungsten rods and bars are individually protected by foam or bubble wrap, then vacuum-sealed in moisture-resistant packaging to mitigate oxidation and corrosion. They are securely placed in heavy-duty cardboard or wooden crates to ensure safe transit. Additional corrosion inhibitors are incorporated, providing long-term preservation and contaminant-free delivery. Custom packaging dimensions, labelling, and crate options are available upon request to meet your precise specifications.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 1 1/4 inch FAQs

Q1: What are the key material properties of Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 1 1/4 inch?

A1: These tungsten rods and bars demonstrate thermal stability, with a high melting point of approximately 3422°C, coupled with strong corrosion resistance. They exhibit high densification and excellent thermal conductivity, allowing for effective heat transfer in demanding applications. Their low coefficient of thermal expansion reduces stresses induced by expansion under thermal cycling. Additionally, their hardness, mechanical robustness, and high purity ensure minimal contamination and stable performance in critical environments.

Q2: How can Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 1 1/4 inch be processed or fabricated?

A2: These tungsten rods and bars can be processed through various methods, such as forging, rolling, and machining to achieve desired dimensions and shapes. Often, specialised equipment is necessary due to tungsten’s high strength and hardness. CNC turning and milling are common for precision components, while EDM can be utilised for intricate profiles. Heat treatment may be applied to refine grain structure, enhancing mechanical properties. Proper handling and protective measures are essential 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 1/4 inch?

A3: High-purity tungsten products generally comply with ASTM B760 or equivalent industry standards, ensuring consistent chemical composition, density, and mechanical properties. Many manufacturers also hold ISO 9001 certification for quality management, verifying robust production controls and traceability. In some instances, specialised certifications like AS9100 may apply if utilised in aerospace applications. Thorough inspection procedures, including ultrasonic testing and dimensional verification, are employed to confirm compliance with relevant standards.

Related Information

1. Material Properties and Advantages

Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 1 1/4 inch exhibit significant hardness and density, making them suitable for demanding industrial conditions. As a customised product formed into rods, they provide resistance to wear and corrosion while maintaining structural integrity under high temperatures. Their high melting point ensures reliable performance in vacuum furnaces, specialised welding operations, and advanced aerospace components, where dimensional stability is critical.

Due to their robust mechanical characteristics, these tungsten rods and bars are often preferred over less durable metal materials. Their thermal conductivity facilitates effective heat distribution, minimising the risk of hotspots or structural deformation. Operators benefit from efficient machining when precise tolerances are required, and fabrication processes remain consistent due to the uniform composition of the customised grade. Combined with high purity, the Dia. 1 1/4 inch format provides advantages for industries seeking materials that can withstand extreme chemical exposure without compromising performance.

2. Quality Control Measures

Every Tungsten Rod and Tungsten Bar (High Purity W Rod and W Bar) Dia. 1 1/4 inch undergoes rigorous testing to confirm its purity and consistency. Inspections routinely measure diameter tolerance, straightness, and overall surface quality, ensuring that each rod meets exact specifications. Analytical techniques such as X-ray fluorescence assist in verifying material composition, guaranteeing that the customised grade maintains the highest standards required by sophisticated applications.

Manufacturers also utilise non-destructive evaluation (NDE) methods to detect internal inconsistencies that could impact the product’s lifespan. Ultrasonic testing screens for internal discontinuities, while visual and dimensional checks confirm adherence to strict geometric requirements. Through these detailed quality control measures, tungsten rods and bars remain suitable for precision-driven purposes, including medical equipment, semiconductor production, and high-performance mechanical systems.