Co-Ni Electroless Composite Plating of Nanometer-Leveled Diamond Particles on Micrometer-Leveled Plastic Balls and the Application of Thus Prepared Devices to Various Electronics Processes

Abstract

The aim of this paper is to develop a, lightweight and forceful Magnetic abrasive particles (MAP). Magnetic field assisted finishing was performed to examine the fabricated MAPs. A new MAPs based on the nickel-cobalt diamond composite plated plastic ball have been prepared successfully. The finishing results for “Damascene” sample or “Copper Overhang Generated in the Direct Laser Via Process” have suggested the powerful ability of the new MAPs to the field of the fabrication of various electronic devices. In this paper a, lightweight and forceful MAP has been developed. And Magnetic field assisted finishing was performed to examine the fabricated MAPs. A new bound MAP based on the electroless cobalt-nickel boron, 20 nm sized diamond composite plating to plastic balls was prepared. 10 mirometer sized Plastic ball was used as support here for MAPs growth due to its lightweight properties.