Discover the remarkable properties of Carbide Cutter Teeth

Carbide Cutter Teeth play an important role in modern industry with its excellent properties, and its excellent comprehensive properties make it the material of choice in many processing fields. The excellent performance of Carbide Cutter Teeth is discussed in detail in the following aspects:

1. High hardness and wear resistance

Carbide Cutter Teeth are usually between 62-95HRC hardness, and some high-end products even reach 95-91HRC, which makes them show extremely high wear resistance and impact resistance during cutting. For example, the hardness of diamond carbide heads is as high as 1962HRC, which is several times that of ordinary cemented carbide, and this high hardness makes it able to withstand high-strength cutting loads. In addition, Carbide Cutter Teeth have better wear resistance than high-speed steel and ceramic materials, giving them a longer service life during processing.

2. High strength and toughness

The strength and toughness of Carbide Cutter Teeth mainly depend on the type of base material and binder. For example, tungsten carbide matrix is often combined with cobalt or nickel to improve bending strength and toughness. Some high-end Carbide Cutter Teeth are further enhanced by adding high-hardness materials such as WC and TiC to further enhance their strength and wear resistance.

3. Heat resistance and chemical stability

Carbide Cutter Teeth have good heat resistance and chemical stability, enabling them to maintain stable cutting performance in high temperature environments. For example, some Carbide Cutter Teeth can withstand temperatures of more than 1,000 °C, which makes them suitable for processing heat-resistant steel, superalloys and other materials. In addition, the application of coating technology (such as TiN, TiCN, Al₂O₃ coating) further improves the heat resistance and oxidation resistance of the tool.

4. Cutting performance and accuracy

Carbide Cutter Teeth have excellent cutting properties and can achieve efficient and accurate processing. For example, Garr Tool's high-performance Carbide Cutter Teeth are designed for high-speed machining and are suitable for a variety of complex machining scenarios such as center cutting and corner cutting. In addition, Carbide Cutter Teeth have good sharpening properties, maintaining sharp cutting edges, reducing downtime and improving productivity.

5. Wide range of applications

Carbide Cutter Teeth because of its excellent comprehensive properties, is widely used in a variety of materials processing, including cast iron, non-ferrous metals, plastics, glass, stone and so on. Carbide Cutter Teeth perform well, especially when processing difficult-to-process materials such as stainless steel and superalloys.

6. Innovation and technological progress

Carbide Cutter Teeth technology has improved in recent years. For example, through the application of coating technology (such as PVD, CVD coating) and nanotechnology, the wear resistance, heat resistance and service life of the tool are further improved. In addition, some high-end tools also combine the advantages of high-speed steel, forming cemented carbide and high-speed steel composite tools, both high hardness and high toughness.

7. Economy and practicality

Although Carbide Cutter Teeth may have lower accuracy and longevity than superhard materials such as diamond, they are more cost-effective and suitable for mass production. In addition, the Carbide Cutter Teeth manufacturing process is mature and supports customized production to meet the specific needs of different customers.

conclusion

Carbide Cutter Teeth have demonstrated excellent performance in modern industry thanks to their high hardness, high strength, heat resistance, wear resistance and wide range of applications. With the continuous progress of technology, the application field of Carbide Cutter Teeth will be further expanded to provide stronger support for the development of manufacturing.

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