Пластины Mitsubishi из сверхтвердых режущих материалов КНБ и ПКА CBN & PCD TURNING INSERTS

Пластины Mitsubishi из сверхтвердых режущих материалов КНБ и ПКА CBN & PCD TURNING INSERTS

Пластины Mitsubishi из сверхтвердых режущих материалов КНБ и ПКА CBN & PCD TURNING INSERTS _Пластины Mitsubishi из сверхтвердых режущих материалов КНБ и ПКА CBN & PCD TURNING INSERTS _COATED CBN SERIES BCBiaa Series FEATURES The BC8100 series of CBN coated materials for machining hardened steel uses a newly-developed CBN substrate together with a special coating. The CBN substrate employs new "Ultra Micro-particle Binder" technology to successfully prevent sudden fractures during cutting and achieve long tool life. The coating consists of a special PVD coating suitable for various cutting types, which exhibits outstanding fracture resistance and wear resistance. New technology New Advanced Ceramic Coating 'BCB105 BCBIIO 'BCB1BO BCB13D CrAIN-base Coating TiAISiN-base Coating AlCrN-base Coating TiAIN-base Coating CBN Sintered Body CBN content: 50 vol % CBN grain diameter: 3pm+1pm Binder: TiN, AI2O3 TiAIN-base Coating CBN Sintered Body CBN content: 50voi% CBN grain diameter:3pm+1pm Binder: TiN, AI2O3 TiAIN-base Coating CBN Sintered Body CBN content: 75vol% CBN grain diameter: 3pm Binder: TiN, AI2O3 TiAIN-base Coating CBN Sintered Body CBN content: 70vol% CBN grain diameter: <1pm Binder: TiN, AI2O3 Uses a newly-developed special PVD ceramic coating suitable for various cutting types. Furthermore, optimization of the coating conditions has improved the adhesive strength of the CBN sintered body to the coating, to provide stable machining.Uses a newly-developed special PVD ceramic coating suitable for various cutting types. Furthermore, optimization of the coating conditions has improved the adhesive strength of the CBN sintered body to the coating, to provide stable machining. "Graphical representation. The new ultra micro-particle binder prevents linear crack development to avoid sudden fracturing. Medium Grain CBN Micro Grain CBN Binder Macroparticles Ultra Micro-particle Binder BCBiaa Series Optimised Substrate Technology Conventional Cutting Force Forces Dispersed in Linear Direction Cutting Force I Forces Dispersed Radially With BC8110 200 Mitsubishi Materials