Ceramic Grinding Wheels

Ceramic grinding wheels are grinding stones made from ceramic abrasives (such as regular or ceramic alumina), and are designed for industrial grinding that requires stability, precision, and repeatability. They are common in machining, industrial maintenance, and serial production.

• Surface Grinding
• External and internal cylindrical grinding
• Centerless grinding
• Processing and finishing of steels, stainless steel, and hardened materials
• Maintenance, part refurbishment, and geometric precision work

• High geometric stability – maintaining shape and precision over time.
• Wide range of grits and hardnesses – adaptable to almost any application.
• Dressing capability – extending wheel life and maintaining performance.
• Cost-effective solution – worthwhile for serial production and continuous operation.

The grit size directly affects the material removal rate and surface finish.

The wheel grade does not describe the hardness of the abrasive itself, but rather the strength of the bond holding the grains together.

• Hard wheel: Suitable for soft materials – wears slowly.
• Soft wheel: Suitable for hard materials – renews itself during operation.

• Vitrified Bond: Rigid and stable, suitable for precise and repetitive grinding.
• Resinoid Bond: More flexible, allows for a good finish and "softer" work.
• Magnesium Bond: A specialized bond for fine finishing and heat-sensitive applications.

• When working with extremely hard materials like carbide or technical ceramics
• When exceptionally long tool life without dressing is required
• In applications requiring extreme precision over a long period – where diamond or CBN wheels are sometimes chosen

Proper customization includes examining the workpiece material, grinding type, speed, cooling, finish requirements, and wheel dimensions (diameter, thickness, and bore). The correct combination of grit, grade, and bond ensures stable results and optimal lifespan.