WM7333 Tungsten Plate (High Purity W Plate) 8 mm Thickness

Tungsten Plate (High Purity W Plate) 8 mm Thickness Description

This Tungsten Plate (High Purity W Plate) offers exceptional hardness and significant density, making it an ideal choice where superior strength and wear resistance are essential. Crafted to a customised grade and conforming to ASTM B777 standards, this plate comes in an 8 mm thickness that provides stability and reliable performance in demanding conditions. Its high thermal conductivity and corrosion resistance enable it to excel in extreme environments found in aerospace, electronics, and medical applications.

Outstanding purity ensures consistent material performance, while rigorous quality checks guarantee compliance with strict industry guidelines. This Tungsten Plate delivers dependable results in heat shields, electronic components, and radiation shielding, where longevity and high-temperature tolerance are critical. Rely on this solution for your specialised projects, and experience enhanced productivity backed by our commitment to excellence.

Tungsten Plate (High Purity W Plate) 8 mm Thickness Applications

High-purity tungsten plates of 8 mm thickness are favoured for their exceptional mechanical strength, high-temperature resistance, and resistance to chemical corrosion. These qualities make them crucial in various industries, where reliability and durability are paramount. Whether used in advanced electronics, chemical processing systems, or aerospace technologies, tungsten plates meet demanding performance requirements while maintaining structural integrity, ensuring optimal results.

1. Electronics Applications

·         Power Electronic Substrates: Provide excellent thermal conductivity and stable support for high-power circuits.

·         Vacuum Tube Components: Deliver reliable performance under extreme heat and harsh conditions.

·         X-Ray Tube Filaments: Exhibit superior emission properties for precise imaging in medical and industrial devices.

2. Chemical Processing Applications

·         Corrosion-Resistant Equipment: Maintain structural integrity when exposed to aggressive chemicals and corrosive environments.

·         High-Strength Reactors: Support high-pressure processes without compromising safety or performance.

·         Protective Liners: Guard surfaces from thermal and chemical stress, extending equipment life and reliability.

3. Aerospace Applications

·         Heat Shielding Panels: Endure extreme temperatures and high-stress conditions in propulsion systems.

·         Structural Reinforcements: Enhance the integrity of aircraft and spacecraft components under intense loads.

·         Rocket Nozzle Inserts: Withstand the heat and mechanical stress of rocket propulsion for reliable launches.

Tungsten Plate (High Purity W Plate) 8 mm Thickness Packaging

Each Tungsten Plate (High Purity W Plate), 8 mm thickness, is enclosed in durable foam padding to protect edges and surfaces from impacts. Vacuum-sealed packaging keeps plates free from contaminants, and anti-corrosion coatings further prolong storage life. For shipments of multiple items, sturdy wooden crates or heavy-duty cartons are utilised. Customised packaging solutions, including special labelling or additional protective layers, are available upon request to meet specific requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Tungsten Plate (High Purity W Plate) 8 mm Thickness FAQs

Q1: What are the key material properties of Tungsten Plate (High Purity W Plate) 8 mm Thickness?

A1: The Tungsten Plate (High Purity W Plate) 8 mm Thickness is characterised by a density of approximately 19.3 g/cm³ and an exceptionally high melting point of about 3422°C. It provides excellent thermal conductivity, typically around 170-180 W/m·K, and maintains a high level of mechanical strength. With a purity exceeding 99.95%, it is highly resistant to corrosion, oxidation, and creep, ensuring reliable performance in demanding environments.

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

A2: Due to tungsten’s hardness and brittleness at room temperature, specialised methods are typically used for processing. Machining often requires diamond tools or tungsten carbide tooling. Hot rolling or forging can be applied at elevated temperatures (above 1300°C) to improve workability and grain structure. Additionally, electron beam or laser welding is recommended under inert atmospheres. Stress-relief heat treatments help maintain dimensional stability after forming or welding.

Q3: Which quality standards and certifications apply to Tungsten Plate (High Purity W Plate) 8 mm Thickness?

A3: Typically manufactured and tested to widely recognised tungsten specifications such as ASTM B760, ensuring mechanical and chemical properties meet or exceed the required thresholds. These plates may also follow ISO 9001 or AS9100 certification processes for consistent quality management and traceability. Suppliers often provide mill test reports verifying chemistry, dimensional accuracy, and purity. Additional certifications, including ROHS or REACH compliance, may apply depending on end-use requirements.

Related Information

1. Manufacturing Process

Manufacturing the High Purity W Plate with an 8 mm thickness requires specialised forming and sintering methods to achieve the desired quality. Experts begin by selecting high-grade tungsten powder, closely examining particle size distribution to ensure consistency before compacting. The compacted billets are then sintered at high temperatures under inert atmospheres, allowing the particles to fuse into a solid form. This step is critical for ensuring the Customised grade maintains uniform density throughout the plate.

Continuous rolling and controlled heat treatments follow the sintering phase to refine the plate’s microstructure. Careful thickness reduction passes help achieve the precise 8 mm measurement, while repeated annealing relieves internal stresses. By adhering to strict process parameters, manufacturers produce a tungsten plate with significant dimensional stability and smooth surfaces. The result is a final product suited for high-performance applications that demand superb mechanical and thermal characteristics.

2. Global Market Trends

Global demand for tungsten plates, especially High Purity W Plates at 8 mm thickness, has been on an upward trajectory. As emerging industries such as aerospace, electronics, and energy systems seek materials with significant heat and corrosion resistance, tungsten’s inherent capabilities become increasingly important. Markets across Asia, Europe, and North America exhibit a growing preference for Customised grades, favouring their adaptable properties for use in leading-edge technologies.

Traditional heavy industries also contribute to rising tungsten plate consumption, given the metal’s significant density and strength-to-weight ratio. This durable shape, precisely manufactured at 8 mm thickness, fulfils critical roles in defence components and sophisticated machinery parts. Future projections indicate continuous growth in high-value sectors, as global competition drives companies to secure advanced materials with stable supply chains and reliable properties.