WM7332 Tungsten Plate (High Purity W Plate) 6 mm Thickness

Tungsten Plate (High Purity W Plate) 6 mm Thickness Description

This high-purity Tungsten Plate provides exceptional density, hardness, and temperature resistance, making it the ideal choice for demanding applications in defence, aerospace, and energy industries. With a 6 mm thickness and a customised grade that meets ASTM B777 standards, our Tungsten Plate delivers impressive tensile strength and corrosion resistance. Tungsten’s outstanding thermal conductivity and minimal thermal expansion ensure reliable performance under extreme conditions, while its low vapour pressure makes it suitable for high-vacuum environments.

Manufactured under strict quality controls, the plate’s uniform grain structure and chemical purity guarantee consistent performance and durability. Whether used for heat shielding, high-temperature components, or radiation shielding, our Tungsten Plate excels in environments where ordinary materials cannot. Rely on its proven mechanical stability and stringent adherence to ASTM B777, demonstrating our commitment to delivering only the finest tungsten solutions for your specialised projects.

Tungsten Plate (High Purity W Plate) 6 mm Thickness Applications

Tungsten plates with a 6 mm thickness are renowned for their remarkable strength, extremely high melting point, and excellent corrosion resistance. These properties make them indispensable for various high-temperature and high-stress environments, ranging from aerospace engineering to electronics. Their superior thermal conductivity, combined with their ability to withstand intense pressures, ensures reliable performance in critical setups where durability, stability, and longevity are paramount.

1. Aerospace and Defence Applications

·         Reentry Vehicle Shields: Provide exceptional heat protection during high-speed atmospheric entry

·         Rocket Engine Components: Maintain structural integrity under extreme combustion temperatures

·         Hypersonic Aircraft Parts: Resist thermal fatigue in supersonic flight environments

2. Electronics and Semiconductor Fabrication

·         High-Power Transistor Bases: Dissipate heat effectively to enhance device reliability

·         Vacuum Equipment Liners: Prevent contamination and ensure ultra-clean processing conditions

·         Semiconductor Clamping Plates: Deliver dimensional stability for precise wafer handling

3. Industrial Manufacturing

·         Die Casting Moulds: Endure repeated thermal cycles in metal forming processes

·         Hot-Zone Liners in Furnaces: Safeguard equipment from temperature fluctuations and chemical reactions

·         Heavy-Duty Cutting Tools: Retain sharpness and rigidity in demanding machining operations

Tungsten Plate (High Purity W Plate) 6 mm Thickness Packaging

For tungsten plates with 6 mm thickness, we typically wrap them in moisture-resistant materials such as polyethylene. The plates are then vacuum-sealed in Mylar or laminated foil pouches to prevent oxidation and corrosion. Additionally, custom protective foam layers and rigid boxes help secure the metal. Anti-corrosion precautions include desiccants and thorough sealing, ensuring product integrity. Custom labeling and packaging sizes are available to fit varying shipping requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Tungsten Plate (High Purity W Plate) 6 mm Thickness FAQs

Q1: What are the key material properties of Tungsten Plate (High Purity W Plate) 6 mm Thickness?

A1: This tungsten plate features an exceptionally high melting point of approximately 3,422°C, excellent thermal conductivity, and notable resistance to creep and deformation at elevated temperatures. Its density is around 19.3 g/cm³, providing significant mass in compact dimensions. Typically, purity levels reach 99.95% or higher, minimising impurities that could affect performance. In addition, it exhibits good electrical conductivity and outstanding corrosion resistance in inert or reducing atmospheres.

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

A2: Tungsten plates are typically formed through powder metallurgy, followed by hot and cold rolling to achieve the desired thickness and surface finish. Machining requires specialised equipment due to tungsten’s hardness and brittleness, often using diamond or carbide tools. Laser or electron-beam welding is possible for joining, while stress relief via controlled heat treatments ensures dimensional stability after fabrication or further shaping operations.

Q3: Which quality standards and certifications apply to Tungsten Plate (High Purity W Plate) 6 mm Thickness?

A3: This product typically adheres to ASTM B760 specifications, which cover dimensional tolerances, mechanical properties, and chemical composition for tungsten materials. Additional certifications may include ISO 9001 for quality management and AS9100 for aerospace-grade requirements. Material test reports (MTRs) and Certificates of Conformance (CoCs) confirm the plate’s purity, mechanical data, and compliance. Consistent manufacturing audits ensure that each batch meets stringent metallurgical standards.

Related Information

1. Manufacturing Process

Manufacturing the Tungsten Plate (High Purity W Plate) 6 mm Thickness begins with state-of-the-art techniques tailored to ensure consistent results for this customised grade. Using advanced powder metallurgy methods, high-purity tungsten powder is compacted and then sintered at elevated temperatures to create a dense and uniform plate. This controlled process guarantees that each plate meets stringent purity requirements while offering enhanced mechanical stability and dimensional accuracy required for specialised applications.

Throughout the entire production, continuous monitoring and precise adjustments are employed to maintain consistency in thickness and structural integrity. By incorporating refined forging and rolling procedures, the desired 6 mm thickness can be achieved with remarkable surface finish and minimal internal stress. This attention to detail delivers a final product ideally suited for demanding environments, combining reliable strength with excellent thermal and electrical conductivity.

2. Applications In Advanced Industries

Industries such as aerospace, defence, and semiconductor manufacturing rely on high-purity Tungsten Plates with 6 mm thickness to withstand extreme temperatures and challenging operating conditions. The customised grade of this product allows it to perform exceptionally well in demanding high-vacuum environments, critical for processes like ion implantation and electron beam lithography. Its superior resistance to thermal shock, coupled with extraordinary dimensional stability, makes it an indispensable choice for essential structural components in advanced industrial sectors.

Engineers and product designers are drawn to the plate’s excellent wear resistance and outstanding corrosion protection, further expanding its potential uses. Beyond high-performance machinery and equipment, its capacity to handle intense heat without deforming or losing strength positions it as a key material for crucial research projects and emerging technological innovations. Whether utilised in medical device development or next-generation energy systems, Tungsten Plate (High Purity W Plate) 6 mm Thickness stands out as a dependable option for critical, forward-looking applications.