Tungsten Carbide Rods

These bars are also known as flat stock.

Tungsten carbide rods.

After all complex metallurgy material science is our specialty. Use it to machine long lasting tools such as end mills and inserts. The tungsten carbide rods also named as cemented carbide rods are used in making high quality carbide cutting tools for the machining of heat resistant alloys and ti alloy such as end mill drill reamer the type of carbide rods we offered are carbide rod with h6 ground tungsten alloy rod with chamfered one end sintered solid tungsten carbide rod blanks tungsten rod stock with one. Also known as chatter free tungsten this material is used for boring bars and grinding tools that dampen noise and vibration while machining.

The tungsten carbide rods also named as cemented carbide rods are used in making high quality carbide cutting tools for the machining of heat resistant alloys and ti alloy such as end mill drill reamer. Tungsten carbide rods solid carbide rod. The c2 tungsten carbide round rod has been ground to achieve the precise shape and size meets american society for testing and materials international astm b777 07 specifications and has a precision tolerance. Wc is a chemical compound specifically a carbide containing equal parts of tungsten and carbon atoms.

Solid cemented carbide rods are widely used for high quality solid carbide tools such as milling cutters end mills drills or reamers. It can also be used for cutting stamping and measuring tools. Tungsten carbide chemical formula. Kennametal has dedicated production resources to ensure carbide rods blanks are available when you need them.

Ultra hard c2 tungsten carbide bars. Tungsten carbide sometimes called carbide is harder than corrosion resistant tungsten with excellent wear resistance. Ultra hard c2 tungsten carbide notched rods. The c2 tungsten carbide grade provides high wear resistance and good corrosion and heat resistance.

The kennametal brand is synonomous with quality carbide products. In its most basic form tungsten carbide is a fine gray powder but it can be pressed and formed into shapes through a process called sintering for use in industrial machinery cutting tools abrasives armor piercing shells and jewellery.