Classification and Applications of Diamond Grinding Wheels Classification
Release time:
2026-08-12
Classification
Diamond grinding wheels can be classified by bond type into: resin-bonded, vitrified (ceramic)-bonded, and metal-bonded (including bronze-bonded) diamond grinding wheels.
Based on manufacturing processes, they can be classified into: sintered diamond grinding wheels (resin, vitrified, or metal-bonded), electroplated diamond grinding wheels, and brazed diamond grinding wheels.
Based on grinding methods, they can be classified into: wheels for grinding diamonds; wheels for grinding cemented carbide (including tool-grinding wheels); wheels for grinding diamond composite inserts (PCD/PCBN); centerless grinding wheels; wheels for grinding ceramic products; and cutting wheels (also known as diamond cutting discs or diamond saw blades).
Based on appearance or shape, they can be classified into: straight (parallel) wheels, cylindrical wheels, cup wheels, bowl-shaped wheels, dish-shaped wheels, edge-grinding wheels, grinding discs, etc.
Applications
Due to the inherent properties and advantages of diamond abrasives, diamond grinding wheels are ideal tools for grinding hard and brittle materials—such as glass, ceramics, gemstones, and stone—as well as cemented carbide. With technological advancements, scientific progress, evolving societal needs, and the development of new materials, grinding processes are increasingly moving toward high quality, high precision, and automation; consequently, the role of diamond grinding wheels has become increasingly significant. Metal-bonded diamond grinding wheels, in particular, offer high abrasive retention strength, long service life, and low wear rates. These characteristics allow them to fully leverage their powerful cutting capabilities in high-speed and high-precision grinding operations. They demonstrate distinct advantages—and enjoy widespread application—especially when processing hard, brittle, and difficult-to-machine materials. Diamond grinding wheels find applications across a wide range of industrial sectors and fields, including aerospace, mold manufacturing, semiconductor manufacturing, and optical processing. Materials and components such as ceramics, optical materials, aero-engine turbine blades, and silicon wafers are frequently ground using diamond grinding wheels.
