CA0209 Micro tungsten carbide (WC) powder

Description of Micro Tungsten Carbide

Tungsten carbide powder exhibits high hardness, strength and wear resistance. It has a narrow particle size distribution that ensures precise performance in the manufacture of cutting tools, drill bits, indexable inserts and wear parts. The powder is produced by advanced procedures that adhere to strict quality control measures. It is used in metal processing, mining, aerospace and other industrial sectors.

Specifications for Micro Tungsten Carbide

Applications of Micro Tungsten Carbide

1. Cutting and Drilling Tools: Tungsten carbide powder is used in the manufacture of cutting and drilling tools. It is integrated into saw blades, drill bits, milling cutters and other tools. Its use improves cutting performance and extends tool life.

2. Mining and Construction: Tungsten carbide powder is employed in the mining and construction industries. It is formed into hard metals used for drill bits, auger drills and cutting teeth in excavation equipment. Its high wear resistance supports operation under harsh geological conditions.

3. Metal Processing: Tungsten carbide powder is utilised in metal processing operations such as turning, milling and drilling. It is incorporated in cutting inserts and milling cutters, thereby enabling high-speed machining, improved surface finish and extended tool usage.

4. Wear Components: Tungsten carbide powder is processed to produce wear parts for various sectors. It is used to manufacture valve seats, nozzles, dies, wire drawing tools, punches and moulds. These components offer measurable resistance to wear and corrosion in demanding environments.

5. Aerospace and Defence: Tungsten carbide powder is used in aerospace and defence applications. It is manufactured into armour-piercing projectiles, ballistic vests, armour plates and other protective equipment. Its properties meet stringent requirements for such applications.

6. Automotive and Transport: Tungsten carbide powder is applied in automotive and transport manufacturing. It is used in the production of brake pads, clutch discs, injector nozzles and turbocharger components. Its high heat and wear resistance support performance under severe conditions.

7. Chemical Processing: Tungsten carbide powder is incorporated into chemical processing applications. It is used in the production of catalysts, reaction vessels and spray-drying nozzles. Its chemical inertness enables operation under rigorous process conditions.

8. Electronics: Tungsten carbide powder is applied in the manufacture of electronic components. It is used for heat sinks, electrical contacts and wire bonding tools. Its thermal conductivity and electrical resistivity comply with operational requirements.