R&D And Solutions

Driven By Finding the Best Solutions for Different Requirements

PowerPoint Presentation

The main objective of this case study is to test a cost effective and efficient way using 2 Qual Diamond diamond slurries for the precision polishing of Silicon Carbide (SiC). The Qual Diamond diamond slurries are able to shorten the time required for polishing and reduce a 3 step procedure to a 2-step precision polishing procedure.

SicQDvsCompetitor

The main objective of this comparison study is to compare performance of Qual Diamond diamond slurry with a competitor's similar type of slurry. Results from this side to side comparison study, where particle size, duration of polishing, amount of slurry used, and polishing pad material are closely matched or the same, indicate superior performance of Qual Diamond diamond slurry to the competitor's.

PowerPoint Presentation

The main objective of this case study is to test a cost-effective and efficient Qual Diamond diamond slurry for the precision polishing of advanced ceramic materials. The select material is porous alumina substrate and was polished using a Qual Diamond polycrystalline diamond slurry. The Qual Diamond diamond slurry was able to shorten the time required for polishing and reduce a multi step procedure to a 1-step precision polishing procedure.