Sphering Mechanism for the Green Ceramic Balls Ground with the Two-Wheels Grinding Technique

Cheng Zu Ren; Da Xiao Gao; Lian Hong Zhang; Xin Min Jin

doi:10.4028/www.scientific.net/KEM.280-283.1791

Paper Titles

Thermal Fatigue Life Prediction of Ni Base Alloy Ceramic Composite Coating
p.1775

The Toughening Action of Comprehensive Transformation on Mixed Mode II-III Ceramics
p.1779

Design and Fabrication of an Advanced Ceramic Material Based on the Wear Resistance
p.1783

Study on the High Efficiency Organic Grinding Fluid Used for Ceramic Grinding
p.1787

Sphering Mechanism for the Green Ceramic Balls Ground with the Two-Wheels Grinding Technique
p.1791

Wettability of SiC/Ag Plus Ti System
p.1795

Stages of Reactive Wetting
p.1801

A Novel Approach for Metal Surface Modification
p.1805

In-Flight Behavior of Ceramic Particle in Plasma Spray Forming
p.1807

HomeKey Engineering MaterialsKey Engineering Materials Vols. 280-283Sphering Mechanism for the Green Ceramic Balls...

Sphering Mechanism for the Green Ceramic Balls Ground with the Two-Wheels Grinding Technique

Abstract:

The machining of ceramic balls is one of the main difficulties of the manufacture process of ceramic ball bearings. This paper introduces a new grinding technique for green ceramic balls, the twowheels grinding technique. The sphering mechanism for the green ceramic balls ground with the technique was analyzed in theory, and the influencing factors were studied by experiment. The experimental research presents that the spherical deviation of the ground green ceramic balls can be improved to 0.02mm.