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WNMG080408-MP PC8330T
SHITAEGER
NEK-WNMG115
Turning Insert
Automobile, machine tool, aviation, mould
10pcs/box
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A steel blade is a specialized cutting tool that is specifically designed and engineered for the purpose of processing and shaping steel parts. These blades are often used in various industrial applications, where precision and durability are of utmost importance. They come in different sizes and shapes to cater to the diverse requirements of cutting tasks, ranging from simple to complex. The material of the blade is typically made from high-grade steel, which ensures that it remains sharp and effective even during prolonged use. This allows for clean and accurate cuts, which is essential in maintaining the integrity and quality of the steel parts being processed. Furthermore, the design of these blades often incorporates advanced technology to enhance their cutting performance and to reduce wear and tear, thereby extending their lifespan and reducing the frequency of replacement.
### Material and composition
Steel inserts are usually made of high-performance materials such as carbide, ceramics or cubic boron nitride (CBN). These materials have high hardness, high wear resistance and high thermal stability to maintain excellent cutting performance and tool life in high-speed cutting and heavy load machining.
### Features and advantages
** * High hardness and wear resistance ** : Steel cutting blades are made of high hardness materials, which can withstand large cutting forces and wear, and maintain the sharpness and accuracy of the cutting edge.
** * High thermal stability ** : In high temperature environment, steel cutting blade can maintain stable cutting performance, not easy to produce thermal deformation and wear, to ensure processing quality and efficiency.
** * Excellent cutting performance ** : Steel cutting blade adopts advanced coating technology and manufacturing process, has excellent cutting performance and anti-crescent wear performance, and can efficiently and accurately process various steel parts.
** * Wide range of applications ** : Suitable for stainless steel, high-strength steel, alloy steel and other steel materials processing, can meet different processing needs and process requirements.
### Application field
Steel blade is widely used in machinery manufacturing, automobile manufacturing, aerospace, mold manufacturing and other fields. In these fields, steel cutting blades are used to process steel parts of various complex shapes and sizes, such as shaft, gear, shell and other parts.
### Choices and precautions
In the selection of steel parts, it is necessary to comprehensively consider the specific processing needs, workpiece materials and cutting conditions. At the same time, the following points should also be noted:
** * Tool specifications and models ** : Select the right tool specifications and models to ensure the cutting effect and processing efficiency.
** * Cutting parameters ** : According to the workpiece material and cutting conditions, reasonable setting of cutting speed, feed and cutting depth parameters, in order to give full play to the cutting performance of the steel cutting blade.
** * Cooling and lubrication ** : In the cutting process, appropriate cooling and lubrication measures are used to reduce the cutting temperature and friction coefficient, extend the tool life and improve the processing quality.
A steel blade is a specialized cutting tool that is specifically designed and engineered for the purpose of processing and shaping steel parts. These blades are often used in various industrial applications, where precision and durability are of utmost importance. They come in different sizes and shapes to cater to the diverse requirements of cutting tasks, ranging from simple to complex. The material of the blade is typically made from high-grade steel, which ensures that it remains sharp and effective even during prolonged use. This allows for clean and accurate cuts, which is essential in maintaining the integrity and quality of the steel parts being processed. Furthermore, the design of these blades often incorporates advanced technology to enhance their cutting performance and to reduce wear and tear, thereby extending their lifespan and reducing the frequency of replacement.
### Material and composition
Steel inserts are usually made of high-performance materials such as carbide, ceramics or cubic boron nitride (CBN). These materials have high hardness, high wear resistance and high thermal stability to maintain excellent cutting performance and tool life in high-speed cutting and heavy load machining.
### Features and advantages
** * High hardness and wear resistance ** : Steel cutting blades are made of high hardness materials, which can withstand large cutting forces and wear, and maintain the sharpness and accuracy of the cutting edge.
** * High thermal stability ** : In high temperature environment, steel cutting blade can maintain stable cutting performance, not easy to produce thermal deformation and wear, to ensure processing quality and efficiency.
** * Excellent cutting performance ** : Steel cutting blade adopts advanced coating technology and manufacturing process, has excellent cutting performance and anti-crescent wear performance, and can efficiently and accurately process various steel parts.
** * Wide range of applications ** : Suitable for stainless steel, high-strength steel, alloy steel and other steel materials processing, can meet different processing needs and process requirements.
### Application field
Steel blade is widely used in machinery manufacturing, automobile manufacturing, aerospace, mold manufacturing and other fields. In these fields, steel cutting blades are used to process steel parts of various complex shapes and sizes, such as shaft, gear, shell and other parts.
### Choices and precautions
In the selection of steel parts, it is necessary to comprehensively consider the specific processing needs, workpiece materials and cutting conditions. At the same time, the following points should also be noted:
** * Tool specifications and models ** : Select the right tool specifications and models to ensure the cutting effect and processing efficiency.
** * Cutting parameters ** : According to the workpiece material and cutting conditions, reasonable setting of cutting speed, feed and cutting depth parameters, in order to give full play to the cutting performance of the steel cutting blade.
** * Cooling and lubrication ** : In the cutting process, appropriate cooling and lubrication measures are used to reduce the cutting temperature and friction coefficient, extend the tool life and improve the processing quality.
