Diamond Tools, such as diamond wheels, are primarily used in cutting applications that require higher strength than conventional cutting devices. Diamond particles are attached to the operating parts of the tool through the use of a binder. Diamond is known to be a superhard material that offers several comparative advantages over tools that use more common abrasive materials such as silicon carbide.
Diamond Tools
When diamond is used for grinding applications, it offers many advantages over more commonly used abrasive materials. Diamond Bits are known to be one of the hardest materials on the planet. When used as an abrasive material for cutting applications, such as diamond wheels, it offers excellent strength, solid durability, wear resistance and a low coefficient of friction.
Diamond tools are classified according to the manufacturing application or type of bond. The following are common classifications of diamond tools, by application.
Metal Bonded
The bonding agent used is a sintered metal which holds the diamond grit. The operational aspect of the tool is the diamond segment
Examples of metal bonded diamond tools can include diamond blades, diamond wheels, diamond core bits, etc.
Resin bonded
The bonding agent used is mainly resin powder
An example of a resin-bonded tool is a diamond polishing pad.
Electroplated
The diamond is fixed to the base of the tool by electroplating or chemical vapor deposition.
Ceramic-bonded
The bonding agent used is a combination of glass and ceramic powders
The tool has the advantage of excellent chemical stability and reduced elastic deformation
Polycrystalline diamond
Bonded by sintering tiny size diamonds at higher temperatures and pressures
Benefits include solid fracture toughness and durability, and solid thermal stability
Polycrystalline diamond bonds
Bonding by combining polycrystalline diamond with carbide layers at higher temperature and pressure levels.
Benefits include solid wear resistance and toughness
High Temperature Brazing
The diamond is bonded to the tool by solder at extremely high temperatures.
The solder holds the diamond firmly in place, with a single layer of diamond reaching almost 80% of its size.
We also have Geotechnical Drilling Tools, please feel free to contact us if you need them
