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APMT1604PDER-WAX NP05H
SHITAEGER
NEK-AP14
Milling Cutter
10pcs/box
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1. Material
1. High speed steel (white steel) : containing a large amount of carbon (C), tungsten (W), molybdenum (Mo), chromium (Cr), vanadium (V) and other elements, after heat treatment with high thermal hardness, cutting temperature up to 600℃ above, the hardness is still not significantly reduced, with its manufacturing saw blade cutting speed can reach 60 meters per minute or more, the name of high speed steel saw blade.
2. Tungsten carbide (tungsten steel) : Tungsten carbide milling blades, namely tungsten steel milling blades, are the most commonly used cutting tools for wood product processing, and the quality of tungsten carbide saw blades is closely related to the quality of processed products.
2.Features
1. High hardness : milling cutter blade is made of high hardness material, so it has high wear resistance and impact resistance.
2. High precision : The milling cutter blade is precision manufactured to ensure that high machining accuracy is maintained during milling.
3. Sharp edge : The cutting edge of the milling cutter blade is specially designed, sharp and sensitive, which can improve cutting efficiency and processing quality.
3.Advantage
1. Improve processing efficiency : The cutter blade adopts sharp cutting edge and high-quality materials, which can significantly improve the cutting speed and processing efficiency.
2. Extend the service life : The milling cutter blade has high wear resistance and impact resistance, so it can extend the service life and reduce the frequency of tool replacement.
3. Reduce processing costs : Due to the high processing accuracy and cutting efficiency of the milling cutter blade, it can reduce waste and loss in the processing process, thereby reducing processing costs.
4.Application
Milling cutter blades are widely used in various machining fields, such as wood processing, mold manufacturing, aerospace, automobile manufacturing, etc. Specific application scenarios include milling surfaces, steps, grooves, forming surfaces and cutting workpieces. In addition, different types of milling blades are also suitable for different materials and processing requirements, such as cemented carbide milling blades for processing wood, plastics and other soft materials, while high-speed steel milling blades are suitable for processing hard materials such as metals.
1. Material
1. High speed steel (white steel) : containing a large amount of carbon (C), tungsten (W), molybdenum (Mo), chromium (Cr), vanadium (V) and other elements, after heat treatment with high thermal hardness, cutting temperature up to 600℃ above, the hardness is still not significantly reduced, with its manufacturing saw blade cutting speed can reach 60 meters per minute or more, the name of high speed steel saw blade.
2. Tungsten carbide (tungsten steel) : Tungsten carbide milling blades, namely tungsten steel milling blades, are the most commonly used cutting tools for wood product processing, and the quality of tungsten carbide saw blades is closely related to the quality of processed products.
2.Features
1. High hardness : milling cutter blade is made of high hardness material, so it has high wear resistance and impact resistance.
2. High precision : The milling cutter blade is precision manufactured to ensure that high machining accuracy is maintained during milling.
3. Sharp edge : The cutting edge of the milling cutter blade is specially designed, sharp and sensitive, which can improve cutting efficiency and processing quality.
3.Advantage
1. Improve processing efficiency : The cutter blade adopts sharp cutting edge and high-quality materials, which can significantly improve the cutting speed and processing efficiency.
2. Extend the service life : The milling cutter blade has high wear resistance and impact resistance, so it can extend the service life and reduce the frequency of tool replacement.
3. Reduce processing costs : Due to the high processing accuracy and cutting efficiency of the milling cutter blade, it can reduce waste and loss in the processing process, thereby reducing processing costs.
4.Application
Milling cutter blades are widely used in various machining fields, such as wood processing, mold manufacturing, aerospace, automobile manufacturing, etc. Specific application scenarios include milling surfaces, steps, grooves, forming surfaces and cutting workpieces. In addition, different types of milling blades are also suitable for different materials and processing requirements, such as cemented carbide milling blades for processing wood, plastics and other soft materials, while high-speed steel milling blades are suitable for processing hard materials such as metals.
