High Density Cemented Carbide Rods As Boring Tools

carbide rods are ideally suited for high-speed, high load cutting work. During the working process, the high-density tungsten carbide rod is fixed at the part of the CUTTING TOOL and rotates and moves as needed. The cutting portion of the tool (that is, a part of the tungsten carbide rod) contacts the surface of the workpiece and physically removes some of the material from the surface of the workpiece through the rotation of the tool and the linear movement of the workpiece for cutting and molding purposes.

What are the advantages of high-density tungsten Carbide Rods over other materials?

Advantage	Description
Hardness	Tungsten carbide is one of the hardest known metals, capable of maintaining its stability and hardness in high-speed cutting and high-temperature environments.
Wear Resistance	Cemented Carbide Rods have excellent wear resistance. Under continuous friction and high pressure, their performance exceeds that of other metals.
Thermal Stability	Tungsten carbide has good thermal stability and creep resistance, allowing it to maintain its performance and shape in high-temperature environments.
Cutting Performance	Tungsten carbide rods have excellent cutting performance, capable of performing precise cutting operations without coolant.
Chemical Stability	Tungsten carbide has good corrosion resistance against most acids and alkalis and rarely undergoes chemical reactions.

High-density tungsten carbide rods are also widely used in many other applications that require precision and high loads, such as automotive, oil extraction, and deep-sea exploration.