Advanced Abrasives Corp. Datasheets for Garnet, Emery, and Mineral Abrasives
Garnet, emery and mineral abrasives include mined grains such as pumice, carborundum, natural diamond, tripoli, rouge, staurolite, novaculite, silica and other silicate minerals.
Garnet, Emery, and Mineral Abrasives: Learn more
| Product Name | Notes |
|---|---|
| Coated material increases particle retention in most bond systems. It also facilitates heat dissipation in the bond system resulting in longer tool life. We offer MDP, RDP, and cBNP with... | |
| For many applications, agglomeration can have a serious, negative impact on your process. Agglomeration occurs when extremely clean particles are dried and their surfaces bond together with such force that... | |
| Introducing uDiamond® Plating Additive for Electroless Nickel - the first ever custom designed NanoDiamond dispersion for electroless plating. | |
| PDP is made up of nano-crystallites that give it a unique break down mechanism which allows new cutting edges to be exposed creating a self-sharpening characteristic. PDP is used primarily... | |
| RDP is the recommended product for machining many types of ceramic, glass and tungsten carbide. This material is ideal for all vitrified, phenolic and polyimide bond systems. | |
| The natural alternative to synthetic diamond. NDP exhibits a high surface finish while maintaining above average stock removal. | |
| uDiamond® Vivace has been developed to meet the needs of tomorrow, enabling more durable products, with greater efficiency through lowered friction, and is used throughout industries including automotive, power generation,... | |
| Narrow particle size distribution Blocky Shape Oversize control Surfaces cleaned MDP is the popular choice for most lapping and polishing applications. It is the optimum choice when the characteristics of... | |
| Standard particle size distribution Irregular with Blocky Shapes Oversize monitored No gross contamination MDP-IR is the economical alternative where precision surface finishes are not required. This material is not recommended... | |
| Tight particle size distribution Blocky and etched surface Stringent oversize control Surfaces cleaned to extremely low levels of elemental impurities and ionic content Specific feed crystal source and monitoring Majority... |