Hard ceramic grinding synergist and preparation method thereof

Abstract

The invention provides a hard ceramic grinding synergist used for polishing sapphire. The hard ceramic grinding synergist is characterized by including a solvent which contains polar molecules and can generate a hydration reaction, a hard material surface hydration catalyst, an antirust agent, a suspending agent and a surfactant are included, wherein the pH value of the synergist ranges from 8.0 to 11.0. The hard material surface hydration catalyst, the antirust agent, the suspending agent and the surfactant are sequentially put in the solvent, the mixture is stirred to be uniform, and the synergist is prepared. The synergist is prepared into grounding fluid for use. The surface hydration process of the sapphire is accelerated through the surface hydration catalyst, the strength of chemical bonds on the surface of the sapphire is weakened, and rapid grinding can be achieved without high mechanical friction force.

Description

technical field [0001] The invention relates to a grinding synergist for sapphire polishing and a preparation method thereof, in particular to a hard oxide ceramic grinding synergist and a preparation method thereof. Background technique [0002] The abrasive materials of hard materials currently on the market are mostly formulated with hard abrasives, water media and suspending agents. The basic principle is to disperse hard abrasive materials in water media through effective dispersants, The mechanical friction on the surface of the ground material removes the damaged layer on the surface of the hard material to achieve the purpose of grinding. Because the traditional grinding process relies entirely on mechanical grinding, the surface damage layer is deep, the grinding efficiency is low, and severe scratches are more likely to occur, which increases the burden of subsequent polishing processes and processing costs. In addition, the traditional grinding process uses a syn...

AI Technical Summary

Problems solved by technology

However, the long-chain structure of the synthetic polymer is destroyed during the use of hard abrasives. During the recycling process of the abrasive, the suspension performance of the abrasive is continuously deteriorated due to the structural damage of the suspension, which reduces the use efficiency of the abrasive and at the same time Causes severe scratches on the surface of the substance being ground