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CNMG120404-GM PC8125
SHITAEGER
NEK-CN02
Turning Insert
Automobile, machine tool, aviation, mould
10pcs/box
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The materials, characteristics, advantages and application scenarios of steel cutting blades are as follows:
** Material ** :
1. Cemented carbide blade: by tungsten cobalt, titanium tantalum, molybdenum and other metal powder and carbide mixture through high temperature sintering.
2. Ceramic blade: made of alumina and other ceramic materials.
3. CBN (cubic boron nitride) blade: made of boron nitride.
4. PCD (polycrystalline diamond) blade: made of polycrystalline diamond material.
5. PVD coated blade: A thin film is made on the surface of the blade to form a hard coating.
** Features ** :
1. Carbide blade: with high hardness and wear resistance, especially suitable for processing hard steel containing hard inclusions. However, it is easy to break and the processing efficiency is relatively low.
2. Ceramic blade: with excellent hardness, wear resistance and chemical stability, it is an ideal choice for high-speed cutting and steel finishing processing. But more fragile, easy to be hit and break.
3. CBN blade: high hardness, good thermal stability, excellent performance in processing high-hardness materials and high-speed cutting. The cost is relatively high.
4. PCD blade: has a very high hardness, can withstand the high temperature and high speed of high-speed processing occasions, can not produce cutting heat in the cutting process, maintain good cutting performance.
5. PVD coated blade: can reduce wear and thermal deformation in processing, improve cutting performance, has good corrosion resistance, not easy to rust and oxidation.
** Advantages ** :
1.Carbide blade: the breaking strength is relatively high, can withstand a large impact load.
2. Ceramic blade: It has significant advantages in high-speed cutting and steel finishing processing.
3. CBN blade: Its excellent performance makes it an indispensable choice when machining high-hardness materials and high-speed cutting.
4. PCD blade: has good wear resistance and corrosion resistance, can be used in a variety of material processing environment.
5. PVD coated blade: can improve the service life of the tool.
** Application Scenario ** :
1. Carbide blade: suitable for stainless steel, high-strength steel and other high difficulty processing occasions.
2. Ceramic blade: suitable for high-speed cutting and steel parts finishing processing.
3. CBN blade: suitable for high-difficulty, high-demand processing occasions, such as carburized hardened steel and other difficult to process materials.
4. PCD blade: suitable for precision metal processing.
5. PVD coated blade: suitable for the processing of various cutting materials.
In summary, different steel blade materials have their own characteristics, advantages and application scenarios, and need to be comprehensively considered and selected according to specific processing needs in practical applications.
The materials, characteristics, advantages and application scenarios of steel cutting blades are as follows:
** Material ** :
1. Cemented carbide blade: by tungsten cobalt, titanium tantalum, molybdenum and other metal powder and carbide mixture through high temperature sintering.
2. Ceramic blade: made of alumina and other ceramic materials.
3. CBN (cubic boron nitride) blade: made of boron nitride.
4. PCD (polycrystalline diamond) blade: made of polycrystalline diamond material.
5. PVD coated blade: A thin film is made on the surface of the blade to form a hard coating.
** Features ** :
1. Carbide blade: with high hardness and wear resistance, especially suitable for processing hard steel containing hard inclusions. However, it is easy to break and the processing efficiency is relatively low.
2. Ceramic blade: with excellent hardness, wear resistance and chemical stability, it is an ideal choice for high-speed cutting and steel finishing processing. But more fragile, easy to be hit and break.
3. CBN blade: high hardness, good thermal stability, excellent performance in processing high-hardness materials and high-speed cutting. The cost is relatively high.
4. PCD blade: has a very high hardness, can withstand the high temperature and high speed of high-speed processing occasions, can not produce cutting heat in the cutting process, maintain good cutting performance.
5. PVD coated blade: can reduce wear and thermal deformation in processing, improve cutting performance, has good corrosion resistance, not easy to rust and oxidation.
** Advantages ** :
1.Carbide blade: the breaking strength is relatively high, can withstand a large impact load.
2. Ceramic blade: It has significant advantages in high-speed cutting and steel finishing processing.
3. CBN blade: Its excellent performance makes it an indispensable choice when machining high-hardness materials and high-speed cutting.
4. PCD blade: has good wear resistance and corrosion resistance, can be used in a variety of material processing environment.
5. PVD coated blade: can improve the service life of the tool.
** Application Scenario ** :
1. Carbide blade: suitable for stainless steel, high-strength steel and other high difficulty processing occasions.
2. Ceramic blade: suitable for high-speed cutting and steel parts finishing processing.
3. CBN blade: suitable for high-difficulty, high-demand processing occasions, such as carburized hardened steel and other difficult to process materials.
4. PCD blade: suitable for precision metal processing.
5. PVD coated blade: suitable for the processing of various cutting materials.
In summary, different steel blade materials have their own characteristics, advantages and application scenarios, and need to be comprehensively considered and selected according to specific processing needs in practical applications.
