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Showing posts with the label diamond inserts machining

VNGA 332 VNGA160408 CNC Brazed PCD Inserts

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VNGA 332 VNGA160408 CNC Brazed PCD Inserts Contact Us Via  pcdmetaltools@gmail.com Brand Slugger PCD_Brand E6 ANSI VNGA 332 ISO VNGA160408 Coated No Usage CNC Turning Tool,Milling Tools,Thread Tools Cutting_Edge 1 Cutting_Edge_Length 16,61 Thickness 4,76 mm Corner_Radius 0.8

VNGA331 VNGA160404 CNC PCD Inserts For Aluminum

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VNGA331 VNGA160404 CNC PCD Inserts For Aluminum Brand Slugger PCD_Brand E6 ANSI VNGA331 ISO VNGA160404 Coated NO Usage CNC Turning Tool,Milling Tools,Thread Tools Cutting_Edge 1 Cutting_Edge_Length 16,61 Thickness 4,76 mm Corner_Radius 0.8 Contact us via  pcdmetaltools@gmail.com

55 Degree Rhombic DCMT11T304 PCD Milling Cutters

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55 Degree Rhombic DCMT11T304 PCD Milling Cutters Brand Slugger PCD Brand E6 ANSI ISO DCMT11T304 Coated NO Usage CNC Turning Tool,Milling Tools,Thread Tools Cutting Edge 1 Cutting Edge Length 11.6 cm Thickness 3.97 cm Corner Radius 0.4

CNC Diamond PCD and CBN Turning Inserts

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                     CNC Diamond PCD and CBN Turning Inserts PCD is formed in a large High Temperature-High Pressure (HT-HP) press, as either a diamond wafer on a backing of carbide, or forming a "vein" of diamond within a carbide wafer or rod. PCD is no good for cutting steels for similar reasons, except substitute carbon (what diamond is made from) for nickel. That's why diamond is pretty much exclusively used for non-ferrous/fiberglass/composite materials. Oddly, it is still able to be used and recommended to cut carbon fiber.  PCD is for any speed, period, in nonferrous materials. It will leave a good finish at low surface speeds, and it won't break down at ridiculous speeds (10k+ sfm). It also lasts much longer than any other type of insert, usually orders of magnitude longer. PCBN is made by high pressure high temperature sintering of cubic boron nitride with a binder pahase, and there are mainly tow...