Friable, angular shaped crystal that rapidly regenerates new cutting edges with low grinding forces. Rough suface texture provides increased mechanical retention in most resin bond systems. Recommended for lapping PCD and PCBN, grinding tungsten carbide with low forces, PCD/PCBN and high material removal rate applications in resin bond systems.

Product Availability Chart
Material Safety Data Sheet (MSDS)

Semi-blocky shaped crystal that is recommended where the optimal balance of free cutting action and extended tool life is desired. The MB-150's ability to continuously regenerate new cutting edges and high impact resistance make it an excellent choice when grinding difficult materials. Recommended for use in resin bond systems for stone polishing, grinding tungsten carbide, PCD/PCBN and applications where there is an interrupted cut.

Product Availability Chart
Material Safety Data Sheet (MSDS)

Uniform, blocky shaped crystal that requires the most force per grit to generate new cutting edges. The MB-200 provides long tool life where high material rates are desired. Recommended for glass grinding and dental burrs in electroplated bond systems and hard to grind carbide-steel combinations in resin bond systems.

Product Availability Chart
Material Safety Data Sheet (MSDS)

An enhanced blocky shaped metal bond micron that delivers a tightly controlled size, shape and surface properties. The presence of consistent uniform crystals makes the MB-M1B a superior micron product.

Product Availability Chart (Micron)
Material Safety Data Sheet (MSDS)

A blocky shaped, tough diamond with uniform particle distribution and tight overside control, the MB-M1 is a sound choice when surface finish integrity is critical. Recommended for polishing or lapping glass, PCD and ceramics, as well as finish grinding carbide steel combinations.

Product Availability Chart (Micron)
Material Safety Data Sheet (MSDS)

Product Options -
N30 (30% by weight)
N56 (56% by weight)

Electroless Coatings are widely used to enhance the mechanical retention of the diamond in phenolic and polyimide resin bond systems. The durable bond between the Nickel or Copper and the crystal provides excellent heat dissipation and increased particle retention in the bond system, thus improving wheel life and workpiece integrity. Standard specifications available.

Product Availability Chart
Material Safety Data Sheet (MSDS)

Product Option -
C50 (50% by weight)

Electroless Coatings are widely used to enhance the mechanical retention of the diamond in phenolic and polyimide resin bond systems. The durable bond between the Nickel or Copper and the crystal provides excellent heat dissipation and increased particle retention in the bond system, thus improving wheel life and workpiece integrity. Standard specifications available.

Product Availability Chart
Material Safety Data Sheet (MSDS)

Product Option -
SEM of Nickel Coated - N56 (56% by weight)



Product Availability Chart