CBN crystals tailored for metal bond systems. Both uncoated and coated crystals are available.

CBN crystals tailored for resin bond systems. All crystals in this category are coated to achieve high performance and stable attrition.

CBN crystals tailored for electroplating and other single layer systems.

CBN crystals tailored for vitrified bond systems. Both uncoated and coated crystals are available.

CBN crystals combined with electroplated bonds maintain high cutting and grinding manufacturing performance with excellent accuracy and efficiency. Therefore, it is often used for grinding wheels and on tools of ferrous materials.

CBN crystals combined with metal bonds maintain a long useful tool life with a reduction in the frequency of dressing. It is often used for grinding wheels and on tools of ferrous materials, carbide, ceramics, and quartz.

CBN crystals combined with resin bonds enhance the tool's performance on the material. It is often used for grinding wheels and on tools of ferrous materials, carbide, ceramics, and quartz.

CBN crystals combined with vitrified bonds to create a glassy or "glass bond" material best suited for rough grinding, semi-finish grinding, finish grinding, polishing, molding, and edge preparation.

Coated microcrystalline CBN powders with exceptional thermal conductivity that provides improved surface integrity in the grinding of hardened alloy steels, tool steels, and nickel- and cobalt-based superalloys.

Uncoated microcrystalline CBN powders used extensively in fine grinding and as PCBN feedstocks.

Cubic Boron Nitride microcrystalline powders create exceptional thermal stability, self-sharpening, and grinding efficiency performance. It is used for lapping, honing, and polishing ferrous materials in automotive, aerospace, and scientific instruments.

Water/Oil soluble compounds available in a variety of synthetic diamonds, natural diamond, and cubic boron nitride (CBN).

Oil soluble compounds available in a variety of synthetic diamonds, natural diamond, and cubic boron nitride (CBN).

Water soluble compounds available in a variety of synthetic diamonds, natural diamond, and cubic boron nitride (CBN).

Oil-based suspensions available in a variety of synthetic diamonds, natural diamond, and cubic boron nitride (CBN).

Water-based slurries available in a variety of synthetic diamonds, natural diamond, and cubic boron nitride (CBN).

Oil-based slurries available in a variety of synthetic diamonds, natural diamond, and cubic boron nitride (CBN).

Water-based slurries available in a variety of synthetic diamonds, natural diamond, and cubic boron nitride (CBN), both water and oil soluble.

Water-/oil-based diamond suspensions available in a variety of synthetic diamond and natural diamonds.

De-ionized water-based diamond suspensions enhance the properties of plated wear-resistant coatings of abrasive products. It specializes in polycrystalline diamonds and monocrystalline diamonds.

A mixture of water and oil-based small solid particles is utilized to "settle" out the diamond particles to produce more homogeneous products and minimize the risk of fluctuation concentrations.

Tailored mesh synthetic diamonds designed specifically for electronics applications.

Standard grade mesh synthetic diamonds designed for use with glass, carbide, and PCBN. These diamonds are high friability and with angular shapes that can be customized for any application.

Standard grade synthetic diamonds designed for use with glass, electronics, and crystal. These diamonds are cubo-octahedral and can be customized for any application.

Standard grade synthetic diamonds designed for use with glass, crystal, and ferrite. These diamonds are exhibit facets and surface toughness that can be customized for any application.

Uncoated economy grade mesh synthetic diamonds that are friable with a broad range of shapes.

Uncoated all purpose mesh synthetic diamonds suitable for most general purpose applications where performance demands are moderate.

Premium grade mesh synthetic diamonds with controlled shapes and minimal inclusions. These diamonds deliver better performance in applications that run under intermittent and/or heavy load.

Premium grade mesh synthetic diamonds with an enhanced crystal structure. These diamonds have controlled shapes and minimal inclusions and are the ideal solution where extremely robust performance is the key requirement.

Standard grade mesh synthetic diamonds designed for carbide, PCD, ceramic, and CERMET grinding.

Standard grade mesh synthetic diamonds designed for carbide, PCD, and heavy duty grinding.

Standard grade mesh synthetic diamonds designed for carbide, ceramic, and wet grinding.

Synthetic monocrystalline mesh-sized diamonds built with a blend of raw materials stringently tested to ensure controlled parameters in particle sizes best suited for grinding, lapping, honing, sawing, and polishing applications.

Economy grade micron synthetic diamond powder designed for metal bond systems. Designed for dependable performance in gem polishing and precision wire saws applications.

Premium micron synthetic diamond powder designed for metal bond systems. Designed for exceptional performance when slicing and dicing during processing of silicon wafers, including lapping of glass and ceramics.

Standard grade micron synthetic diamond powder designed for metal bond systems. Designed for reliable and secure performance in polishing applications and lapping of glass, wafers, and polycrystalline diamond.

The detonation process manufactures polycrystalline micron diamond powders and uniquely improves surface finish with no sub-surface damage. Available in size range of 0-0.2 to 6-12 microns.

Economy grade micron synthetic diamond powder designed for resin bond systems. Designed for dependable performance in gem polishing and precision wire saws applications.

Premium micron synthetic diamond powder designed for resin bond systems. Designed for exceptional performance when slicing and dicing during processing of silicon wafers, including lapping of glass and ceramics.

Standard grade micron synthetic diamond powder designed for resin bond systems. Designed for reliable and secure performance in polishing applications and lapping of glass, wafers, and polycrystalline diamond.

Full-line series of synthetic monocrystalline micron diamonds designed for lapping and polishing applications for nonferrous metals, ceramics, and natural and artificial stones.

Synthetic ultra premium micron diamond powder is designed for processes where a precise size range and consistency are key. Designed for exceptional performance when back-grinding, dicing, and other precision machining of silicon and semiconductor wafers.