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CNMG120404-C KC7020T
SHITAEGER
NEK-CN66
1
Turning Insert
Automobile, machine tool, aviation, mould
10pcs/box
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### 1, material
The materials usually used for cast iron lathe blades are mainly cemented carbide, ceramics and CBN (cubic boron nitride). These materials have high hardness and wear resistance, which can maintain a long time of sharpness when processing brittle materials such as cast iron.
1. ** Carbide ** : carbide blade is one of the commonly used materials in cast iron processing, with high hardness and wear resistance, suitable for the processing of various cast iron materials.
2. ** Ceramic ** : Ceramic blade can maintain good cutting performance in high temperature environment, suitable for high-speed processing of cast iron.
3. **CBN** : CBN blade has extremely high hardness and wear resistance, especially suitable for processing high hardness, high brittleness of cast iron materials.
2, characteristics
1. ** High wear resistance ** : The cast iron blade has a high hardness, which can maintain a long time of sharpness when processing brittle materials such as cast iron, reducing the need for frequent blade replacement.
2. ** High temperature resistance ** : The heat generated by cutting in the process of cast iron processing is large, requiring the blade to have good high temperature resistance. Cast iron turning blades maintain stable cutting performance under high temperature environment.
3. ** Suitable for processing brittle materials ** : brittle materials such as cast iron are prone to cracks or edging during processing, and the cast iron blade has the characteristics suitable for processing brittle materials, which can reduce material waste and tool damage while ensuring processing quality.
3. Advantages
1. ** Improve processing efficiency ** : The high wear resistance and high temperature resistance of cast iron turning blade make it able to maintain good cutting performance under high-speed and efficient processing conditions, thereby improving processing efficiency.
2. ** Reduce processing costs ** : Because the cast iron lathe blade can maintain the sharpness for a long time, it reduces the need for frequent blade replacement, thus reducing the processing cost.
3. ** Ensure processing quality ** : The characteristics of the cast iron lathe blade suitable for processing brittle materials make it possible to reduce material waste and tool damage while ensuring processing quality, improve processing accuracy and surface quality.
4. Application scenarios
Cast iron lathe blade is mainly used in the processing of various cast iron materials such as gray cast iron, nodular cast iron, vermicular cast iron and so on. These materials have a wide range of applications in automotive, aerospace, shipbuilding, heavy industry and other fields such as the processing of automotive engine cylinder block, crankshaft, camshaft and other components. Specifically, when processing gray cast iron, carbide tools, ceramic blades and CBN blades are commonly used choices. When processing ductile iron, it is necessary to select a turning blade with sufficient strength and toughness to ensure the stability of the processing process and the durability of the tool. When processing vermicular cast iron, cast iron lathe blades need to be able to adapt to the processing needs of these materials to ensure processing accuracy and efficiency.
To sum up, the cast iron lathe blade plays an important role in the processing of cast iron materials with its unique materials, characteristics, advantages and wide application scenarios.
### 1, material
The materials usually used for cast iron lathe blades are mainly cemented carbide, ceramics and CBN (cubic boron nitride). These materials have high hardness and wear resistance, which can maintain a long time of sharpness when processing brittle materials such as cast iron.
1. ** Carbide ** : carbide blade is one of the commonly used materials in cast iron processing, with high hardness and wear resistance, suitable for the processing of various cast iron materials.
2. ** Ceramic ** : Ceramic blade can maintain good cutting performance in high temperature environment, suitable for high-speed processing of cast iron.
3. **CBN** : CBN blade has extremely high hardness and wear resistance, especially suitable for processing high hardness, high brittleness of cast iron materials.
2, characteristics
1. ** High wear resistance ** : The cast iron blade has a high hardness, which can maintain a long time of sharpness when processing brittle materials such as cast iron, reducing the need for frequent blade replacement.
2. ** High temperature resistance ** : The heat generated by cutting in the process of cast iron processing is large, requiring the blade to have good high temperature resistance. Cast iron turning blades maintain stable cutting performance under high temperature environment.
3. ** Suitable for processing brittle materials ** : brittle materials such as cast iron are prone to cracks or edging during processing, and the cast iron blade has the characteristics suitable for processing brittle materials, which can reduce material waste and tool damage while ensuring processing quality.
3. Advantages
1. ** Improve processing efficiency ** : The high wear resistance and high temperature resistance of cast iron turning blade make it able to maintain good cutting performance under high-speed and efficient processing conditions, thereby improving processing efficiency.
2. ** Reduce processing costs ** : Because the cast iron lathe blade can maintain the sharpness for a long time, it reduces the need for frequent blade replacement, thus reducing the processing cost.
3. ** Ensure processing quality ** : The characteristics of the cast iron lathe blade suitable for processing brittle materials make it possible to reduce material waste and tool damage while ensuring processing quality, improve processing accuracy and surface quality.
4. Application scenarios
Cast iron lathe blade is mainly used in the processing of various cast iron materials such as gray cast iron, nodular cast iron, vermicular cast iron and so on. These materials have a wide range of applications in automotive, aerospace, shipbuilding, heavy industry and other fields such as the processing of automotive engine cylinder block, crankshaft, camshaft and other components. Specifically, when processing gray cast iron, carbide tools, ceramic blades and CBN blades are commonly used choices. When processing ductile iron, it is necessary to select a turning blade with sufficient strength and toughness to ensure the stability of the processing process and the durability of the tool. When processing vermicular cast iron, cast iron lathe blades need to be able to adapt to the processing needs of these materials to ensure processing accuracy and efficiency.
To sum up, the cast iron lathe blade plays an important role in the processing of cast iron materials with its unique materials, characteristics, advantages and wide application scenarios.
