WM7334 Tungsten Plate (High Purity W Plate) 10 mm Thickness

Tungsten Plate (High Purity W Plate) 10 mm Thickness Description

Our 10 mm thick Tungsten Plate (Grade: Customized) provides substantial strength and stability under extreme conditions. Manufactured from high-purity tungsten and conforming to ASTM B777 standards, this plate delivers high density, significant heat resistance, and excellent corrosion resistance. Its structure makes it a choice for applications requiring mechanical performance and reliability when exposed to high temperatures or harsh chemical environments.

Suitable for use in aerospace, automotive, nuclear, and metallurgical industries, this Tungsten Plate offers consistent quality and extended service life. The uniform thickness of 10 mm ensures reliable performance in components like radiation shields, heat sinks, and furnace parts. Meticulous production processes and stringent quality control measures ensure a product that meets and exceeds industry standards, ensuring dependable results.

Tungsten Plate (High Purity W Plate) 10 mm Thickness Applications

High purity tungsten plates with a 10 mm thickness play an integral role in numerous industries. Renowned for thermal resistance and mechanical strength, they deliver performance in operating environments. From electronics to chemical processing and aerospace, these plates provide solutions for critical components where high temperatures, chemical aggressiveness, and mechanical stress must be managed.

1. Electronics Applications

·         Heat Sinks: Provide efficient heat dissipation from high-power devices, extending component life and performance.

·         Power Semiconductor Bases: Serve as stable foundations for semiconductor modules, ensuring reliable operation under high electrical loads.

2. Chemical Processing Applications

·         Corrosion-Resistant Vessels: Offer durable containment within reactive chemical environments, minimising contamination and material breakdown.

·         Catalyst Supports: Enhance reaction efficiency and longevity in processes requiring stable platforms.

3. Aerospace Applications

·         High-Temperature Fasteners: Withstand heat in propulsion systems and re-entry conditions, maintaining structural integrity.

·         Missile and Rocket Components: Combine strength and thermal resistance to meet aerospace performance requirements.

Tungsten Plate (High Purity W Plate) 10 mm Thickness Packaging

This tungsten plate is wrapped in protective foam and then vacuum-sealed to guard against moisture and corrosion during transit. An outer carton or wooden crate provides further protection. Anti-corrosion materials maintain its high-purity surface. Customisation options for labelling, packaging sizes, and handling ensure each 10 mm tungsten plate arrives in optimal condition.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Tungsten Plate (High Purity W Plate) 10 mm Thickness FAQs

Q1: What are the key material properties of Tungsten Plate (High Purity W Plate) 10 mm Thickness?

A1: High Purity W Plate, 10 mm thickness typically has a purity level above 99.95%, ensuring minimal impurity content. Its density is approximately 19.3 g/cm³, offering excellent mechanical strength and rigidity. Tungsten has an extremely high melting point near 3,422°C, low vapour pressure, and superior thermal conductivity. This combination of properties makes it suitable for applications requiring stability under heat and stress.

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

A2: High Purity W Plates can be processed by powder metallurgy, where tungsten powder is pressed and sintered into billets. Subsequent deformation techniques such as hot rolling or forging refine the grain structure and improve mechanical strength. Machining operations, including EDM, grinding, and diamond-tool cutting, are recommended due to the material’s hardness. Proper heat treatment and stress relieving ensure dimensional accuracy and performance.

Q3: Which quality standards and certifications apply to Tungsten Plate (High Purity W Plate) 10 mm Thickness?

A3: High Purity W Plates are often produced according to ASTM B760 specifications, ensuring uniform thickness, chemical composition, and mechanical properties. Manufacturers maintain ISO 9001 or AS9100 certifications to guarantee rigorous quality management and traceability. Inspections, such as ultrasonic or radiographic testing, confirm internal soundness. Documentation of chemical assays, dimensional tolerances, and mechanical testing further assures compliance with requirements.

Related Information

1. Material Properties and Advantages

Manufactured from exceptionally pure tungsten, this High Purity W Plate is crafted in a customised grade to meet performance requirements. The 10 mm thickness ensures a substantial structure, while its plate shape provides a consistent composition. The element’s thermal stability allows this tungsten plate to resist distortion and maintain consistent mechanical properties under temperature fluctuations.

Tailored for engineering needs, the plate’s tensile strength and corrosion resistance extend usability across industrial environments. Compared to other refractory metals, the 10 mm thickness of this plate provides rigidity and durability in operations. Its purity level supports minimal impurities, contributing to reliable conductivity and stable service.

2. Applications in Advanced Industries

Nuclear technology systems often rely on tungsten for radiation shielding, making these 10 mm thick plates a candidate. Their customised grade ensures dimensional uniformity, enabling fitment in assemblies. The plate’s thermal conductivity contributes to efficient heat dispersion, beneficial in energy systems that endure elevated temperatures.

Electronics production benefits from tungsten’s ability to maintain function over periods. This High Purity W Plate, with its precise 10 mm thickness and customised specifications, is integrated into semiconductor fabrication equipment where resistance to oxidation and integrity are vital. By leveraging tungsten’s reliability and minimal impurity levels, manufacturers achieve higher yields and product performance.