The Whirling Milling Cutter Guide offers comprehensive information on the usage, setup, and technical details of whirling milling cutters, aiding users in more efficient metal machining.”
YG3X: It has good wear resistance among tungsten-cobalt alloys, but poor impact toughness. It is suitable for high-speed finishing of small chip sections of cast iron, non-ferrous metals and alloys, quenched steel, and alloy steel;
YG6: The wear resistance is higher, but lower than YG3, and the impact and vibration resistance is better than YG3X. It is suitable for semi-finishing and finishing machining of cast iron, non-ferrous metals and alloys, and non-metallic materials at medium cutting speeds;
YG6X: It is a fine-grained tungsten carbide alloy. Its wear resistance is higher than that of YG6, and its usage strength is close to that of YG6 alloy. It is suitable for processing chilled alloy cast iron and heat-resistant alloy steel, and is also suitable for finishing of ordinary cast iron;
YG8: High strength, better impact resistance and vibration resistance than YG6, but lower wear resistance and allowable cutting speed, suitable for low-speed rough machining of cast iron, non-ferrous metals, alloys, and non-metallic materials;
YT5: Among tungsten-cobalt-titanium alloys, it has excellent strength, impact resistance and earthquake resistance, but poor wear resistance. It is suitable for rough turning during intermittent cutting of carbon steel and alloy steel (including steel forgings, stampings, and cast iron skins). , rough planing, semi-fine planing;
YT14: High strength, good impact and vibration resistance, second only to YT5 alloy, but better wear resistance than YT5. It is suitable for rough turning and rough milling during continuous cutting of carbon steel and alloy steel, and for interrupted cutting. Semi-finished turning and finishing turning;
YT15: The wear resistance is better than YT5 alloy, but the impact toughness is worse than YT5. Suitable for semi-finishing of chip sections or finishing of small chip surfaces in steel, cast steel, and alloy steel;
YT30: The wear resistance and allowed cutting speed are higher than YT15, but the usage strength and impact resistance toughness are poor. Suitable for finishing processing of carbon steel and alloy steel, such as fine turning, fine boring, fine expansion, etc. of small sections;
YW2A: has good red hardness, high strength, and can withstand large impact loads. It is a versatile alloy and is suitable for rough machining and semi-machining of heat-resistant steel, high manganese steel, stainless steel, alloy steel and other difficult-to-machine steels. Finishing, also suitable for cast iron;
YW1: Red has good hardness, can withstand a certain impact load, and is a versatile alloy. Suitable for processing heat-resistant steel, high manganese steel, stainless steel and other difficult-to-machine steels, as well as ordinary steel and cast iron;
YW2: Its wear resistance is second only to YW1, but its usage intensity is higher and it can withstand larger impact loads. Suitable for rough machining and semi-finishing of heat-resistant steel, high manganese steel, stainless steel and alloy steel, as well as ordinary steel and cast iron;
CP20: Good toughness, high resistance to thermal shock cracking and plastic deformation. Suitable for milling alloy structural steel, alloy tool steel, and also suitable for processing high manganese steel and stainless steel;
CP25: Good toughness, suitable for rough turning, milling, planing and deep hole processing of carbon steel, cast steel, manganese steel, high-strength steel and various alloy steels. It is also an ideal material for making guide blocks for deep hole processing;
CP30: It has good red hardness, good impact resistance, thermal shock resistance and high usage strength. It is a grade with good versatility. Suitable for rough machining and strong cutting of steel and cast steel;
CP35: It has good red hardness, good impact resistance, thermal shock resistance and high usage strength. It is a grade with good versatility. Suitable for rough machining and strong cutting of steel and cast steel;
CP40: Used for strong cutting of steel and cast steel. It is suitable to use low-speed cutting and large feed cutting under harsh conditions;
CM10: High wear resistance and good resistance to plastic deformation, suitable for continuous or intermittent cutting of high manganese steel and stainless steel;
CM15: coated blade substrate grade. Red has better hardness and higher usage intensity. It can withstand large impact loads and is suitable for finishing and semi-finishing of hot steel, high manganese steel, austenitic stainless steel, and also suitable for processing cast iron;
CM20: Good wear resistance, high bending resistance and adhesion resistance. Suitable for processing high-temperature alloys, stainless steel, high manganese steel and other materials;
CM35: coated blade substrate grade. It has slightly poor wear resistance, high usage intensity, and can withstand large impact loads. It is suitable for semi-finishing and shallow roughing of heat-resistant steel, high manganese steel, stainless steel and other materials;
CK05: Good red hardness resistance and good wear resistance. Suitable for turning and milling of chilled cast iron, alloy cast iron and quenched steel;
CK10UF: Fine grain alloy, good wear resistance and high strength. It is generally used for finishing and semi-finishing of various cast irons and non-ferrous metals. It is also an excellent material for making solid carbide hole processing tools;
CK20UF: It has high hardness and strength, and is an ideal material for making boring tools and solid carbide hole processing tools. Suitable for semi-finishing and roughing of various cast iron and non-ferrous metals;
CK30UF: Fine-grained alloy with high wear resistance, high strength and good impact resistance. It is generally used for processing various cast iron, non-ferrous metals and non-metallic materials. It is an ideal material for solid carbide hole processing tools;
