Aquabond Knowledge Base

Matching the blade type to the application is critical to the successful implementation of a cutting/grinding process. The optimal blade type will vary depending on process conditions and parameters required. Listed below are some general guidelines:

Resin bond diamond blades

Appropriate for materials and/or application that can benefit from the self-dressing properties exhibited by these very free cutting abrasive blades. Including but not limited to:

Alumina

Barium titanate                                                                                                      

Ferrite

Garnet

Glass

Quartz

Sapphire

Copper laminates

Metal bond diamond blades

Adeptly suited for materials and/or application that can benefit from the long lasting, highly accurate and reasonably simple maintenance practices required from these abrasive blades. Including but not limited to:

Aluminum oxide titanium carbide

Plastic laminates

Rare earth magnets

Optical glass

Fired multi-layered ceramics

Alumina

Zirconia

Electroformed nickel bond diamond blades

Ideally adapted for materials and/or application that require a highly accurate, stiff and long lasting blade that holds a form (maintains face geometry) exceptionally well. Including but not limited to:

Bismuth telluride

Gallium arsenide

Lithium niobate

Nitride passivated silicon

Unfired ceramics

Plastic laminates

Composite materials

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