titanium machining parts

High wear resistance; W12Cr4V4Mo a good red hardness, hardness can reach HRC51.7 when 600 ℃, thus is suitable for making all sorts of complex of cutting stainless steel cutting tools.

High wear resistance; W12Cr4V4Mo a good red hardness, hardness can reach HRC51.7 when 600 ℃, thus is suitable for making all sorts of complex of cutting stainless steel cutting tools. But its strength and impact titanium machining parts toughness is slightly lower than W18Cr4V, when used to pay attention. With the continuous development of production technology for large batch of artifacts, the carbide blade, complex cutter for machining the effect will be better.
G class carbide toughness is good, can use larger rake Angle, the blade is sharpened up to some, the cutting is light, and the chip and tool is not easy to produce adhesive, is suitable for processing of stainless steel. Especially in rough turning and intermittent vibration cutting, YG class The advantages of gold is more important. In addition, YG kind of alloy has good thermal conductivity, the thermal conductivity is higher than HSS nearly twice as much, is twice as tall as YT kind of alloy. So YG class alloy used in cutting of stainless steel is more, especially in roughing tool, cutting knife , reamer drill, reamer is more widely applied in manufacturing, etc.
A long time, generally USES the YG6 and YG8, YG8N, YW1, YW2 ordinary brand of cemented carbide as a cutting tool material stainless steel, but cannot obtain the ideal effect; The new brands of cemented carbide such as 813, 758, 767, 640, 712, 798, YM051, YM052, YM10, YS2T, YD15, cutting stainless steel can obtain good effect. And 813 brand carbide cutting tools for cutting austenitic stainless steel effect is very good, because 813 alloy has the high hardness (HRA91 or higher), intensity (b = 1570 mpa), but also has good toughness, resistance to oxidation at high temperatures, resistance to caking property, its organization dense wearability.
To do a good job, must first sharpen his device. Precision believes that deep draw stamping in order to improve the quality of stainless steel precision parts processing and processing efficiency, must pay attention to the choice of cutting tool materials. In view of the different materials and parts, targeted to choose the appropriate cutting tool material, can be To twice the result with half the effort.
Widely used for stainless steel parts processing also higher and higher demands are proposed. There is a need for stainless steel parts processing industry practitioners pay attention to the choice of cutting tool materials, in order to improve the precision parts of stainless steel machining quality and efficiency.
Precision is a long engaged in stainless steel precision parts CNC processing enterprises, after years of stainless steel precision parts processing practice of some of the cutting tool material selection skills, to share with everyone here.
Choose the cutting tool material is one of the important conditions to ensure high efficiency machining stainless steel. According to the requirements of the stainless steel cutting, cutting tool material should have good heat resistance, high wear resistance, low and the affinity of stainless steel, etc. The current commonly used tool Material with high speed steel and carbide.
High speed steel is mainly used to manufacture milling cutter, drill, tap, broach and other complex multitool. Common high speed steel W18Cr4V when using low tool life already does not meet the need, USES the new type of high speed steel metal stamping parts cutter cutting stainless steel can obtain good effect.
Cutting conditions, with 95 W18Cr4V and W18Cr4V two kinds of material of tool 1 cr17ni2 workpieces, tool sharpening a processing number 2 ~ 3 and 12 parts, respectively, with 95 W18Cr4V tool life improved several times. This is due to the improved steel Carbon content, thus increasing the carbon content in steel, room temperature hardness increase 2 HRC red hardness is better, up 600 ℃ by W18Cr4V HRC48.5 HRC51 ~ 52, 2 ~ 3 times higher than that of W18Cr4V abrasion resistance.


Raymond

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