Powder

Polishing Powder:

We offer various types of powder and ranges such as diamond powder, boron carbide, silicon carbide and aluminum oxide. The powders have been developed and produced for grinding and polishing.

Diamond Powder:

Our Diamond particle has been designed specifically for lapping and polishing and is manufactured under high pressure and temperature, graded to strict standards to ensure excellent particle size distribution with each specific size. We offer natural and synthetic, monocrystalline as well as polycrystalline in a wide range of sizes from 0 - 1/10 to 80-120. We also offer a wide range of mesh sizes. We recognize the importance of high precision micronization and consistent performance as critical considerations when selecting microscopic diamond powder. Our product has earned international approval by satisfying these critical requirements.

CEO/Cerium Oxide Powder:

CEO polishing powder is designed to fit the needs of a broad spectrum of polishing from ophthalmic laboratory to precision optics manufacturing. Each CEO type is carefully formulated and the manufacturing procedures are closely controlled to ensure consistently good polishing performance with every batch. All types are suspension treated.

Aluminum Oxide (Linde A,B,C):

This powder is manufactured and packaged under rigidly controlled conditions ensuring the highest standards of purity, uniformity and quality. This product is designed especially for the polishing operations in critical surface preparation. It is excellent for polishing semiconductor materials, precision optics, first surface mirrors, water soluble crystals, stainless steel and alloys, aluminum memory discs, various mineral specimens, lapidary and other polishing.

Silicon Carbide Powder:

This product is designed for grinding and lapping operations where high precision finishes are required. It is excellent for use in a wide variety of applications.

Boron Carbide Abrasives:

This abrasive is manufactured from a carbon tetraboride crude having a very low free graphite. They are exceptionally clean and closely sized. The most important property of boron carbide is its exceptional hardness. Boron Carbide is, after diamond and cubic boron nitride, the so-called “Borazon”, the hardest presently known material. Its hardness of around 3000 makes it suitable for such applications as the lapping and drawing of dies, extrusion molds, hardened tools, valves and seats, and for the lapping of ceramics and minerals which are too hard to be worked with silicon carbide.