Through innovative new diamond characterization technology, MSN 770 has been developed for MANT.  This supreme strength grit in the MSN series contains uniform cubic-octahedral crystals with the ultimate thermal stability for the most demanding applications.

Contains inclusion free, well defined, cubic-octahedral crystals.  High thermal stability and strength make this the product of choice for a wide range of demanding applications.

A specially synthesized super formed crystalline product almost entirely free of inclusions, makes this an ideal crystal for applications requiring a high strength grit in sawing, drilling of the hardest stone, refractories and reinforced concrete.

This is a high strength premium product in the MSN series.  Globally acknowledged as the ideal crystal for a wide array of applications including the sawing and drilling of granite and the sawing of tough marbles.

This is an intermediate strength crystal, largely free of inclusions, recommended for the manufacture of saw blades.  A good general purpose grit with free cutting characteristics.

This grit contains a high percentage of cubic-octahedral crystals.  The micro fracturing breakdown characteristic of these particles facilitates a fast-cutting, long life grit.  Fine metal inclusions distributed evenly throughout the particle make it a crystal of good thermal stability.

This is another medium strength cost effective material.  Lower proportion of cubic-octahedral crystals than the MSN 360 but still a well shaped product of high thermal stability tending itself to function extremely well in a wide range of applications where a tough grit is required.

MSN 75

This is a medium to low strength crystal.  It contains high blocky shape crystals of good cosmetic appearance.  Combining a good free cutting level with tool life.  It is the product of choice for the sawing of stone and marble where price is a major factor.

MSN 50

This is a low cost free cutting blocky crystal ideal for production of tools for the amateur tool market where free cutting characteristics are required.  The perfect solution for low temperature bonds, where its irregular shape allows good cutting characteristics.