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A diamond blade grinds, as opposed to cuts, through material. Blades typically have rectangular teeth (segments) which contain diamond crystals embedded over the segment for grinding through very difficult materials.

The bond can be a term used for the softness or hardness with the powder metal being accustomed to form the segments. The powdered metals offer the diamonds in place. The bond controls the velocity at which the gemstone segments wear down allowing new diamonds to get exposed at the surface to remain grinding with a "sharp" border. An important step in choosing a blade is to match the bond on the specific material to be cut. Additional factors to think about are the type and power in the equipment to be used plus the availability of water. Harder materials need some sort of softer bonded segment to permit for continuous diamond publicity. Softer materials like asphalt or perhaps freshly poured concrete may use a harder segment for you to resist the increased wear that softer, abrasive products create. [clarification needed] Additionally, the diamonds' grit (size), strength, and concentration should as well match the nature of the material to be sawed. For instance, when hard materials are cut, the diamonds ought to be smaller.

There are other factors that should be considered when choosing a diamond blade for any particular application. These range from the type (manufacturing method) from the blade, the availability of water from the cutting process, the horsepower belonging to the saw, and the acceptable amount of noise created by this saw. For example, when the horsepower of a saw machine is large, the diamond concentration on the diamond blade should often be higher, or the bond must be harder. Higher diamond concentration will decrease the impact on each single diamond within working, while a harder bond will hold the diamonds more firmly.
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