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CNMG120404-HF NH205
SHITAEGER
NEK-CN71
Turning Insert
Application:Automobile, machine tool, aviation, mould
10pcs/box
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1, material
1. ** cemented carbide ** : made of refractory metal carbides (such as tungsten carbide WC, titanium carbide TiC) and binders (such as cobalt Co) through powder metallurgy process, with high hardness, high wear resistance and high red hardness, is one of the main materials of the blade.
2. ** High speed steel ** : a steel with high carbon content and a variety of alloying elements, which has excellent cutting performance and wear resistance after quenching and tempering treatment, and is suitable for processing various steel and cast iron parts.
3. ** Ceramic ** : alumina or silicon nitride as the main component, through high temperature sintering, with extremely high hardness and wear resistance, suitable for high-speed cutting and high hardness material processing.
2, characteristics
1. High precision ** : The blade adopts precision manufacturing process, high positioning accuracy, and the change of the position of the tip is within the permissible range of the workpiece accuracy.
2. High wear resistance ** : The high hardness of the material makes the blade have excellent wear resistance and can maintain a sharp cutting edge for a long time.
3. ** High strength ** : The material of the blade has good toughness, can withstand large cutting force and impact, and is not easy to break.
4. ** Smooth chip discharge ** : The design of the blade makes the chips can be smoothly discharged to avoid the accumulation of chips resulting in increased cutting resistance and cutting edge damage.
3. Advantages
1. ** Improve processing efficiency ** : The high hardness and wear resistance of the blade make the cutting speed faster and the feed amount larger, thus improving the processing efficiency.
2. ** Ensure processing quality ** : The high precision and high strength of the cutting blade ensure the stability of the cutting process, and can process the parts that meet the requirements of size and surface quality.
3. ** Reduce production costs ** : The service life of the car blade is long, reducing the number of blade replacement and downtime, reducing production costs.
4. ** Strong adaptability ** : Different materials of the blade is suitable for different processing materials and processing conditions, can meet a variety of processing needs.
4. Application
Turning blade is widely used in various lathe machining, including outer round turning, inner hole turning, end turning, thread turning and so on. Specific application scenarios include but are not limited to:
1. ** Machinery manufacturing ** : Used for processing various mechanical parts, such as shafts, sleeves, gears, etc.
2. ** Automotive industry ** : Used for processing engine cylinder block, crankshaft and other auto parts.
3. ** Aerospace ** : Used for processing aircraft engine blades, turbine discs and other high-precision and difficult parts.
4. ** Mold manufacturing ** : Used for processing mold cavity, core and other key parts.
1, material
1. ** cemented carbide ** : made of refractory metal carbides (such as tungsten carbide WC, titanium carbide TiC) and binders (such as cobalt Co) through powder metallurgy process, with high hardness, high wear resistance and high red hardness, is one of the main materials of the blade.
2. ** High speed steel ** : a steel with high carbon content and a variety of alloying elements, which has excellent cutting performance and wear resistance after quenching and tempering treatment, and is suitable for processing various steel and cast iron parts.
3. ** Ceramic ** : alumina or silicon nitride as the main component, through high temperature sintering, with extremely high hardness and wear resistance, suitable for high-speed cutting and high hardness material processing.
2, characteristics
1. High precision ** : The blade adopts precision manufacturing process, high positioning accuracy, and the change of the position of the tip is within the permissible range of the workpiece accuracy.
2. High wear resistance ** : The high hardness of the material makes the blade have excellent wear resistance and can maintain a sharp cutting edge for a long time.
3. ** High strength ** : The material of the blade has good toughness, can withstand large cutting force and impact, and is not easy to break.
4. ** Smooth chip discharge ** : The design of the blade makes the chips can be smoothly discharged to avoid the accumulation of chips resulting in increased cutting resistance and cutting edge damage.
3. Advantages
1. ** Improve processing efficiency ** : The high hardness and wear resistance of the blade make the cutting speed faster and the feed amount larger, thus improving the processing efficiency.
2. ** Ensure processing quality ** : The high precision and high strength of the cutting blade ensure the stability of the cutting process, and can process the parts that meet the requirements of size and surface quality.
3. ** Reduce production costs ** : The service life of the car blade is long, reducing the number of blade replacement and downtime, reducing production costs.
4. ** Strong adaptability ** : Different materials of the blade is suitable for different processing materials and processing conditions, can meet a variety of processing needs.
4. Application
Turning blade is widely used in various lathe machining, including outer round turning, inner hole turning, end turning, thread turning and so on. Specific application scenarios include but are not limited to:
1. ** Machinery manufacturing ** : Used for processing various mechanical parts, such as shafts, sleeves, gears, etc.
2. ** Automotive industry ** : Used for processing engine cylinder block, crankshaft and other auto parts.
3. ** Aerospace ** : Used for processing aircraft engine blades, turbine discs and other high-precision and difficult parts.
4. ** Mold manufacturing ** : Used for processing mold cavity, core and other key parts.
