Performance Characteristics of Grinding Tools from Diamond Grinding Powders after Floatation Separation
- 1 August 2025
- journal article
- Published by Allerton Press in Journal of Superhard Materials
- Vol. 47 (4) , 324-329
Abstract
The floatation separation of diamond powders, where some grains of synthetic diamond grinding powder were carried to the surface layer (“foam”Keywords
This publication has 8 references indexed in Scilit:
- Recent Developments in Diamond Processing and Surface Modification Techniques for Tailoring Properties of Diamond Grains: A ReviewJournal of Superhard Materials, 2024
- Influence of grit friability and grit distribution pattern on dry grindability of WC-6Co by single layered brazed diamond wheelsDiamond and Related Materials, 2024
- A novel strategy for improving the wear resistance of electrodeposited Ni-diamond composite coatings by diamond surface morphology modificationDiamond and Related Materials, 2023
- Degree of Filling of the Roughness Profile of the Surface Obtained by Diamond Abrasive Treatment as a Factor Affecting Its Bearing CapacityJournal of Superhard Materials, 2023
- Improvement of Physical and Mechanical Characteristics of Synthetic Diamond Powders Synthesized from Ferroalloys for Increasing the Wear Resistance of the Diamond Dressing ToolJournal of Superhard Materials, 2022
- Research on the bonding properties of vitrified bonds with porous diamonds and the grinding performance of porous diamond abrasive toolsDiamond and Related Materials, 2022
- Comparison of the Dimensional, Physical, Mechanical, and Operational Characteristics of AS6 and AS20 Synthetic Diamond Powders Synthesized in the Ni‒Mn‒C and Fe‒Si‒C SystemsJournal of Superhard Materials, 2021
- A Study of the Tendency and Extent of Variation of Morphometric Characteristics of Standard Synthetic Diamond Grits in a Continuous Series of Their Grades and SizesJournal of Superhard Materials, 2018