Effect of Ultrasonic on Coating Performances of Electroplated Diamond Tools

Y.G. Wang; Bin Lin; Y.H. Liu; Ai Bing Yu

doi:10.4028/www.scientific.net/KEM.487.180

Paper Titles

Development of a Multiple Micro Diamond Wheel-Tools
p.160

First Principle Calculations on Structures and Properties of Diamond-Like B₂(CN)₃ Compounds
p.164

Influence of Pore-Forming Agent on the Performance of Resin Bond Diamond Grinding Wheel in Back-Grinding Silicon Wafers
p.169

Particle Flow Simulation on Semi-Fixed Abrasive Tool Processing
p.175

Effect of Ultrasonic on Coating Performances of Electroplated Diamond Tools
p.180

Finite Element Analysis of Stress Distributions on the Diamond Pick
p.184

Experiment Study on Abrasives Performance on Vitrified CBN Wheel
p.189

Manufacturing and Experimental Research of Fine Grain Diamond Grinding Wheel Based on Magnetic Field Controlling
p.195

Investigation of Interface Microstructure of Diamond and Ti Coated Diamond Brazed with Cu-Sn-Ti Alloy
p.199

HomeKey Engineering MaterialsKey Engineering Materials Vol. 487Effect of Ultrasonic on Coating Performances of...

Effect of Ultrasonic on Coating Performances of Electroplated Diamond Tools

Abstract:

Electroplating experiments were carried out using a conventional Watts bath with the application of ultrasonic in order to improve the coating quality. The effects of ultrasonic power on coating comprehensive characteristics were studied. The microstructure, hardness and thickness of the coatings were observed and determined by a HXD-100TMC type microhardness tester. The coating corrosion resistance was examined through soaking in 36% hydrochloric acid. The adhesive strength of the coatings was tested with the method of heat-shock. The results showed that the properties of the coatings are improved basically with the increase of ultrasonic power. It’s considered the coatings have the best comprehensive performances when ultrasonic power is 200W, which provides a basis for the subsequent fabrication of ultrasonic electroplated diamond tools.