Nano Tungsten Carbide Micro Tungsten Carbide Ultrafine Tungsten Carbide Cubic Tungsten Carbide WC

Tungsten Carbide NanoTungstenCarbideMicronTungstenCarbideUltrafineTungstenCarbideCubic Tungsten Carbide WC

Tungsten Carbide

CAS: 12070-12-1

Technical Parameters

Product Features

High purity, uniform particle size, and excellent dispersibility. It is an important raw material for producing cemented carbide. Nano tungsten carbide powder can impart many superior properties to cemented carbide, such as insolubility in cold water, strong acid resistance, high hardness, and large elastic modulus. In addition to high hardness, tungsten carbide also exhibits wear resistance, corrosion resistance, and high-temperature resistance.

Potential Application Areas:

1. Nano tungsten carbide is used in composite materials to enhance their performance: Nano tungsten carbide-cobalt composite powder is a key raw material for producing high-performance cemented carbide and wear-resistant coatings. As a wear-resistant coating material, it shows excellent results. Coatings prepared using thermal spraying technology with rapid melting and rapid condensation preserve the nanostructural characteristics of the powder, significantly improving the performance of cemented carbide wear-resistant coatings. Domestically produced nano tungsten carbide-cobalt composite powder products have been used in the preparation of cemented carbide and wear-resistant coatings, such as in cutting tools, computers, machinery, and other industries.

2. Tungsten carbide is suitable for mechanical processing at high temperatures and can be used to make cutting tools, structural materials for kilns, jet engines, gas turbines, nozzles, etc.

Packaging and Storage

This product is typically packaged in inert gas anti-static bags, drums, or vacuum bags. For laboratory quantities, inert gas bottle packaging is available. Customers requiring inert gas bottle packaging should contact us. Upon receipt, store sealed in a dry, cool environment. Prolonged exposure to air should be avoided to prevent moisture-induced agglomeration, which may affect dispersion performance and usage effectiveness.