Effect on the Grinding Performance by the Different Elements of the Auxiliary Material

Abstract:

The effect of different elements of the auxiliary material on the grinding performance was studied in this paper. Through the grinding experiment, the grinding performance of the abrasive tool can be obtained. It shows that the grinding rate decreased until its content reached to16% following with increasing the NaHCO₃ content. And the abrasive removal rate reduced, while the grinding efficiency was lower than the abrasive tool without adding NaHCO₃. When ZnO content was reached 3%, the grinding rate increased by 43.48% and the grinding efficiency was also improved; while continue to increase its content, the abrasive`s self-sharpening were reduced, which resulting the grinding rate declined. As the NBR (nitrile rubber) content increased, the grinding rate improved and while its content was 20%, the grinding rate increased by 45.93% and the abrasive removal rate reached to the lowest, but the grinding efficiency reduced more. While continue to add NBR, the grinding rate will decrease.

• Periodical: Advanced Materials Research (Volume 893)
• Pages: 649-652
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.893.649
• Online since: February 2014
• Authors: Shi Lei Li, Tao Lin*, Zhi Wang, Xin Bo He
• Keywords: Abrasive Tools, Auxiliary Material, Grinding Performance

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