Ceramic grinding wheel T1C 250x10x32 95A 60N8B, abrasive wheel dimensions 250×10×32 mm

Ceramic grinding wheel T1C 250x10x32 95A 60N8B is an abrasive wheel with nominal dimensions 250×10×32 mm designed for surface grinding and controlled material removal on steel and similar metals. The wheel uses a ceramic abrasive grade indicated as 95A with a hardness/structure marking of 60N8B, providing a balance of cutting ability and wear resistance for bench-mounted or machine-mounted grinding operations.

Advantages

The ceramic abrasive composition offers high cutting performance and prolonged wheel life compared with conventional abrasives. The 250×10×32 mm format ensures compatibility with standard bench and pedestal grinders, while the narrow 10 mm width enables precise surface contact and efficient stock removal. The wheel construction maintains dimensional stability under normal operating conditions, supporting steady grinding results and reduced dressing frequency.

Suitable for

• Surface grinding of steel parts
• Material removal and deburring on ferrous metals
• Bench and machine-mounted grinding tasks
• Preparation of workpieces before welding or heat treatment

Key specifications

• Nominal dimensions: 250×10×32 mm (diameter × width × bore)
• Abrasive type: ceramic abrasive, grade 95A
• Hardness/structure: 60N8B
• Designed use: surface grinding and stock removal on steel and similar metals
• Mounting: suitable for bench or machine spindle mounting compatible with 32 mm bore

How to use

Mount the grinding wheel securely on a spindle that matches the 32 mm bore and ensure proper flange support and clearance. Inspect the wheel for damage before use and follow the grinder manufacturer’s safety and speed guidelines. Use steady, controlled passes without excessive pressure to allow the ceramic abrasive to cut efficiently; dress the wheel as needed to restore the working surface and maintain concentricity. Wear appropriate personal protective equipment including eye, face, and respiratory protection when grinding metals.

Usage recommendations

For optimal performance when working on hardened steels, use light, frequent passes and perform periodic dressing to expose fresh abrasive grains. Match wheel speed and feed to the metal type and thickness to reduce heat build-up and improve surface finish.