WM7336 Tungsten Sheet (High Purity W Sheet) 0.254 mm Thickness

Tungsten Sheet (High Purity W Sheet) 0.01 inch Thickness Description

This Tungsten Sheet (High Purity W Sheet) is crafted with exceptional precision and meets ASTM B777 standards, ensuring strength and stability. Measuring 0.01 inch thick, it offers density, thermal conductivity, and a high melting point—suitable for applications in aerospace, energy, and industrial sectors. Its mechanical properties resist wear and deformation, maintaining performance even under extreme temperatures and corrosive conditions.

Available in a customised grade, this sheet is produced under stringent quality control measures to guarantee purity and uniform thickness. The material composition allows fabrication, making it suitable for manufacturing processes and research projects. Whether you need to enhance product durability or develop components, our Tungsten Sheet delivers quality and precision.

Tungsten Sheet (High Purity W Sheet) 0.01 inch Thickness Applications

Tungsten Sheet (High Purity W Sheet) at a 0.01 inch thickness delivers thermal and mechanical properties, offering heat resistance, structural integrity, and electrical conductivity. Its nature makes it a choice for environments where longevity and performance are critical. From electronics engineering to chemical processing, this material supports efficiency and safety. Below are some applications using this high-purity tungsten sheet.

1. Electronics Applications

·         Circuit Heat Sinks: Provide thermal management for high-power modules

·         X-Ray Target Plates: Ensure imaging performance due to density

2. Chemical Processing Applications

·         Corrosive Reaction Vessels: Resist chemicals and maintain operational longevity

·         Evaporation Boats: Sustain integrity at elevated temperatures in metallisation procedures

3. Aerospace Applications

·         Missile Nozzle Inserts: Withstand heat and mechanical stress during rocket propulsion

·         Thermal Shields: Protect aircraft components against thermal loads

Tungsten Sheet (High Purity W Sheet) 0.01 inch Thickness Packaging

Each Tungsten Sheet (High Purity W Sheet) with 0.01 inch thickness is packaged with protective wrap and placed in a sturdy container to guard against mechanical damage. The item is vacuum-sealed to protect from oxidation and includes a humidity absorber for corrosion resistance. Custom packaging solutions, such as specialised labelling or dimensional modifications, are also available for requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Tungsten Sheet (High Purity W Sheet) 0.01 inch Thickness FAQs

Q1: What are the key material properties of Tungsten Sheet (High Purity W Sheet) 0.01 inch Thickness?

A1: One of the primary properties of tungsten is its high melting point of 3422°C, making it suitable for high-temperature applications. With a density of 19.3 g/cm³, it offers strength at elevated temperatures. The 0.01 inch thickness ensures distribution of mechanical properties. In high-purity form, typically exceeding 99.95% purity, tungsten sheet provides corrosion resistance and thermal conductivity for technical environments.

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

A2: In most cases, tungsten sheet of 0.01 inch thickness can be shaped using precision machining methods such as EDM, laser cutting, or waterjet cutting to maintain dimensional accuracy. It can also be cold or hot rolled if further forming is required. Since tungsten is brittle at lower temperatures, preheating may be necessary for certain fabrication processes to prevent cracking and ensure stable performance.

Q3: Which quality standards and certifications apply to Tungsten Sheet (High Purity W Sheet) 0.01 inch Thickness?

A3: High-purity tungsten sheet is produced in accordance with ASTM B760 specifications, which define elemental composition and dimensional tolerances. Manufacturers may also follow ISO 9001 or AS9100 quality management systems to ensure production and traceability. Certification documents typically include chemical analysis reports verifying purity levels exceeding 99.95%. Additionally, thickness, flatness, and surface finish measurements must meet internal or industry standards for applications.

Related Information

1. Manufacturing Process

The manufacturing process for a Tungsten Sheet (High Purity W Sheet) measuring 0.01 inch in thickness begins with the selection and refinement of tungsten powder to achieve the customised grade required for applications. This powder is compressed under pressure to form a compact, which undergoes sintering at temperatures. The result is a dense tungsten billet that retains the properties necessary for shaping into a sheet. Rolling operations are performed to achieve the consistent thickness of 0.01 inch, ensuring uniformity across the surface of the sheet.

During the final stages of fabrication, handling methods are employed to preserve the high purity of the tungsten material. Annealing procedures help relieve residual stress introduced during rolling, enhancing the stability of the sheet. These measures maintain the flatness and surface finish, making the sheet suitable for environments that require durability and reliability. The outcome is a 0.01 inch thick tungsten sheet that meets dimensional specifications while delivering performance.

2. Quality Control Measures

Quality assurance is integral to every step of producing a 0.01 inch thick Tungsten Sheet (High Purity W Sheet) with a customised grade. Multiple stages of inspection, including visual assessments and nondestructive testing, are carried out to detect any microstructural flaws or material inconsistencies. Verification of purity levels involves spectral analysis, confirming the absence of contaminants and ensuring the tungsten meets criteria set by industries. Dimensional tolerances are monitored through measurement systems, promoting repeatability and uniformity in the product.

Uniformity is guaranteed by implementing documentation and traceability protocols. Each sheet undergoes validation to confirm it retains the necessary strength and thermal resistance inherent to high-purity tungsten. These quality control measures provide end-users with confidence that their 0.01 inch thick tungsten sheets will exhibit performance, even in demanding conditions.