Analyze the advantages of Carbide Cutter Teeth in depth

Carbide Cutter Teeth have significant advantages, and its performance and characteristics make it occupy an important position in the field of industrial processing. Here is an in-depth analysis of its advantages:

1. High hardness and wear resistance

Carbide Cutter Teeth are made of refractory metal compounds (such as tungsten carbide) and bonded metals (such as cobalt) through powder metallurgy, and the hardness is as high as 86-93HRC (equivalent to 69-81HRA), much higher than the hardness of high-speed steel (62-66HRC). This high hardness enables it to withstand higher cutting speeds and pressures during machining, while maintaining the stability and durability of the tool shape. In addition, the wear resistance of Carbide Cutter Teeth is significantly better than that of high-speed steel, and the life span can be increased by 5 to 80 times.

2. High temperature resistance

Carbide Cutter Teeth retain stable hardness and properties at high temperatures. For example, its hardness is basically unchanged at 500 ° C, while it still has a high bending strength at 1000 ° C. This characteristic makes it suitable for processing tasks in high temperature environments, such as casting, forging, etc.

3.Impact resistance and toughness

Despite the hardness of the Carbide Cutter Teeth, their toughness has also been improved. By optimizing the refinement of the tungsten Carbide grain and the adjustment of the bonding metal, the bending strength and toughness of the Carbide Cutter Teeth are significantly improved, and the durability can be increased by 3 to 10 times. This makes the tool not easy to break or crack during processing, especially suitable for complex shape workpiece processing.

4. Excellent cutting performance

Carbide Cutter Teeth have good cutting performance, can form thin and long chips, reduce cutting resistance, improve processing efficiency. Its sharp edge design further reduces friction and improves machining accuracy and surface finish.

5. Corrosion resistance

Carbide Cutter Teeth usually do not react with chemicals such as hydrochloric acid and sulfuric acid, showing good corrosion resistance. This feature makes it widely used in chemical industry, metallurgy and other industries.

6. Wide range of applications

Carbide Cutter Teeth because of its excellent comprehensive performance, is widely used in a variety of processing scenarios, including turning, milling, drilling and so on. Its material properties enable it to process a variety of materials, such as cast iron, non-ferrous metals, plastics, stone, glass, etc.

7. Economy and environmental protection

Carbide Cutter Teeth although the initial cost is higher, but due to its long life and high efficiency, the overall cost of use is low. In addition, the reusability of Carbide Cutter Teeth reduces resource waste and meets the requirements of sustainable development.

8. Technological innovation and future development

As technology advances, the performance of Carbide Cutter Teeth continues to improve. For example, through laser surface treatment technology, the wear resistance and impact resistance of the tool can be further improved; The application of coating technology expands the scope of use of Carbide Cutter Teeth. In the future, the application of Carbide Cutter Teeth in high-end manufacturing will further increase.

conclusion

Carbide Cutter Teeth show significant advantages in industrial processing due to their high hardness, wear resistance, high temperature resistance, impact resistance and excellent cutting properties. Its wide range of applications and economy make it an indispensable and important tool in modern manufacturing. With the continuous progress of technology, the performance of Carbide Cutter Teeth will be further improved, and the application field will be more diversified.

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