| Customization: | Available |
|---|---|
| Coating: | Coating |
| Application: | Punching Machine, Combination Machine, Woodworking Machine, Grinding Machine, Milling Machine |
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VNMG160408 BF2 HRC:35-65 CNMG120404 BF2 HRC:35-65 TNMG160408 BM2 HRC 35-65 TNMG160408 BM2 HRC 35-65
WNMG080404 ZPF HRC 35-65 WNMG080404 ZPF HRC 35-65 DNMG150408 MT HRC20-45 WNMG080404/08 DM
WNMG080408 DM HRC20-40 YBC251 TNMG160404R-M HS8125 HRC20-45 WNMG080408 TM HRC20-45 T9115
WNMG080408 TM HRC20-40 T9125 TNMG160412R ZC HRC20-45 OC2025 TNMG160408L ZC HRC 20-45 OC2125
TNMG160408L- ZC HRC 20-45 OC2025 CNMG120408 -OPM HRC20-40 OC2025 TNGG160402-HA P6205 WNGG080402-HA P6205
WNMG080412-OPM OC2125 Please consult customer service for a variety of models. Thanks.
A: What kind of blade is best for processing stainless steel?
1, high-speed steel blade
High speed steel blade is a common tool material, because of its high hardness and thermal rigidity, suitable for processing stainless steel, alloy steel and other difficult cutting materials. At the same time, high-speed steel blades are coarse in texture and easy to sharpen and maintain. The disadvantage of high-speed steel blade is that it is easy to heat soften, and it is easy to deform and wear at high temperatures.
2, carbide blade
Carbide blades have extremely high hardness and thermal stability, suitable for machining difficult to cut materials, such as stainless steel, titanium alloy, superalloy and so on. The disadvantage of carbide blades is that the price is higher, and the number of carbide blades required is also larger in the case of higher processing accuracy requirements.
3, ceramic blade
Because of its high hardness, high wear resistance and high chemical stability, ceramic blades are excellent in the processing of high hardness materials and stainless steel. The disadvantage of ceramic blade is fragile, quality stability is not as good as metal blade, and the price is higher.
4, end milling cutter
End milling cutter can withstand large cutting force and impact load, suitable for processing stainless steel, carbide, high-strength steel and other difficult materials. Compared with the ordinary milling cutter, the end mill is not easy to produce vibration and vibration during the processing process, which can ensure the processing accuracy and surface finish.
5, CBN blade
CBN blade has good thermal stability, wear resistance and hardness, can withstand high speed and large load cutting, can effectively solve the problem of high temperature deformation and wear during the processing of difficult cutting materials such as stainless steel. CBN blades are widely used in bearings, automotive engines and other fields.
To sum up, the choice of which blade is most suitable for processing stainless steel needs to be considered according to the hardness, thermal stability, surface requirements and other aspects of the processing material. Several blade materials introduced above have their own characteristics and application scenarios, readers can choose the right blade according to the specific situation.Tipped tool: C310 YG6A YW1 YW2 YG6X YG6 YT758 YT798 YT726 YG643 A515 A518 A612 A615 A618
YG6 YG6X YG6A YS10 YG6X A118A
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