The TYROLIT CERABOND system brings almost 100 years of experience to a new generation of highest performance tools.

With the 1.0 mm cut-off wheel, we have again succeeded in achieving an optimum combination of specially treated ceramic grain and bond structure. Thus it is possible to retain the abrasiveness and the lifetime of the cut-off wheel at the highest level. The unique bond system prevents premature grain break-out and guarantees the full grinding power of the individual grains. As well as a clear improvement in performance and productivity, these cut-off wheels also promote environmentally friendly use thanks to reduced waste production.

Further information

PREMIUM*** Cut-off wheels Cerabond


Shorter work processes

Working times are substantially reduced through improved abrasiveness.

Lower production costs

The unique bond technology, optimised for ceramic grain, prevents the break out of the grain and leads to a longer lifetime for the tool.

Improved productivity

A special structural composition offers maximum system performance.

PREMIUM*** Rough grinding wheel Cerabond


Improved productivity

A special structural composition offers maximum system performance.

Lower production costs

The unique bond technology, optimised for ceramic grain, prevents the grain break-out and leads to a longer lifetime for the tool.

Shorter work processes

Working times are substantially reduced through improved abrasiveness.

PREMIUM*** Flapdisc Cerabond


Enhanced abrasiveness

A new, wider PREMIUM cloth and the CERABOND bond system offer high stock removal on the workpiece.

Longer lifetime

The unique bond system prevents premature grain break-out and leads to a long lifetime for the product.

Enhanced economic efficiency

Thanks to the self-sharpening ceramic grain, the CERABOND flap disc is also ideal for demanding grinding jobs.

Product movie


Stock removal rate


1. Before grinding.

2. With a normal bond it is not possible to thoroughly bind the hard and brittle grain.

 3. The Cerabond technology enables optimal bonding of the ceramic grain.