Fundamental Technology and Properties Research of Brazing CBN Grinding Wheels

Qian Wang

doi:10.4028/www.scientific.net/AMR.154-155.209

Paper Titles

Study of Low-Temperature WC-Co Coating by L-Solid Phase Reaction Sintering
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Process and Properties on the Precision Forming of Spline Cold Rolling
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Numerical Simulation of Softness Abrasive Two-Phase Flow Field on Level Set Method
p.197

Study of NC Cold Tube Bending Spring-Back Characteristics
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Fundamental Technology and Properties Research of Brazing CBN Grinding Wheels
p.209

Fuzzy Neural Network Controller Based on Improved Genetic Algorithm for Temperature of Glass Tempering and Annealing Process
p.214

Tribological Performance Research of Micro-Nano Serpentine Powders Addictive to Lubricant Oil
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Corrosion Behavior of Different Thermal Spray Coatings and Hard Chromium Electroplating on A286 Super Alloy
p.226

Research on the Preparation of Polyferric Silicate Chloride (PFSC) and Application on Algae Wastewater Treatment
p.230

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 154-155Fundamental Technology and Properties Research of...

Fundamental Technology and Properties Research of Brazing CBN Grinding Wheels

Abstract:

In order to produce new generation monolayer brazing CBN(cubic boron nitride) grinding wheels, an active filler alloys(Ag-Cu-Ti) were tested in vacuum furnace. The results show that Ag-Cu-Ti alloy exhibits good wetting and bonding toward as CBN grits. SEMEDS microanalyses have shown that during brazing Ti in Ag-Cu-Ti alloy segregated preferentially to the surface of the CBN to form a Ti-rich reaction produce. X-ray diffraction reveals that the wetting and bonding behaviour on CBN surface by Ag-Cu-Ti alloy melt is realized through TiN and TiB2 which is produced by interaction between Ti atoms of Ag-Cu-Ti alloy and N or B atoms of CBN surface.