Business Scope
Nanomaterials, semiconductor materials, high-purity materials, custom processing
Work Hours
Monday to Friday: 7AM - 7PM
Weekend: 10AM - 5PM
address
Zhengzhou, Henan, China
Tungsten Diboride, WB2
CAS No.: 12007-10-2
Density: 10.77 g/cm3
Molecular formula:WB2
Molecular weight: 194.65
Product features of tungsten diboride powder:
WB2 is a black-gray powder with uniform particle size, high purity and no impurities, and has metallic conductivity.
|
Chromium diboride |
|||
| Catalog No. | Specification | Morphology | Color |
| Ro–WB2–01 | 1μm | Irregular | Gray black |
| Ro–WB2–02 | 5μm | Irregular | Gray black |
| Ro–WB2–03 | 10μm | Irregular | Gray black |
| Ro–WB2–04 | 15μm | Irregular | Gray black |
| Ro–WB2–05 | 20μm | Irregular | Gray black |
| Ro–WB2–06 | 45μm | Irregular | Gray black |
| Can be customized according to customer requirements | |||
Application:
Diboron Tungsten (WB2) is a versatile material hailed for its extensive range of applications, which include but are not limited to structural materials, wear-resistant materials, electrode materials, semiconductor thin films, cutting tool materials, and corrosion-resistant materials. This high-performance compound is synthesized through a meticulous process involving the mixing of tungsten powder and amorphous boron powder in precise ratios, followed by the addition of sodium chloride and other molten salts. The mixture is then subjected to a heating treatment in an inert gas or vacuum environment, culminating in a cooling, separation, and drying process to yield the final product.
Applications of Diboron Tungsten:
– Structural and Wear-Resistant Materials: Diboron Tungsten is celebrated for its exceptional hardness, making it an ideal choice for wear coatings on various components and as a dependable wear-resistant material for structural parts.
– Electrode Materials: Its superior conductivity and impressive high-temperature performance position Diboron Tungsten as a preferred electrode material in numerous high-tech applications.
– Semiconductor Thin Films: Diboron Tungsten can also be employed in the fabrication of semiconductor thin films, which find extensive use across the electronics and optics sectors, enhancing performance in diverse applications.
– Cutting Tool Materials: Due to its elevated hardness and outstanding wear resistance, Diboron Tungsten is frequently utilized in the production of cutting tools essential for metalworking industries.
– Corrosion-Resistant Materials: The remarkable corrosion resistance of Diboron Tungsten ensures its vital role in the chemical industry and marine engineering, where durability is paramount.
In addition to these prominent applications, Diboron Tungsten is instrumental in the formulation of specialized coatings, such as boron-rich tungsten coatings, which play a significant role in various industrial applications. Our product is available in both nano and ultrafine forms, ensuring compatibility with a wide array of industrial needs.
Explore the unparalleled qualities of Diboron Tungsten for your next project and experience the benefits of enhanced performance and durability.
