Thin cut-off disc with a high cutting rate. Developed for demanding, precision cutting work. Fast, cool action. These disks are free of Fe / S / Cl and therefor suitable for stainless steel.

General-purpose, economical cut-off discs. Ideal for structural steel and tool steel.

The new ceramic precision shaped grain has been redesigned to create angular structures that continuously break into new sharp grit tips. These smooth edges help create an abrasive that cuts faster, grinds cooler and lasts much longer than ...

General-purpose, economical grinding discs. Good grinding ability ensures an economic grinding solution. Ideal for steel.

All-purpose grinding disc with high stock removal and long tool life. Highly aggressive: removes stock in the half time. Less dust, noise and heating.

All-purpose grinding disc with high stock removal. Less dust, noise and heating. Versatile and easy to operate. Provides a nice grinding pattern. Available in three grain sizes.

The new ceramic precision shaped grain has been redesigned to create angular structures that continuously break into new sharp grit tips. These smooth edges help create an abrasive that cuts faster, grinds cooler and lasts much longer than ...

The perfect blend of precision-molded ceramic grain and the hardest bond system results in the Norton Quantum 3 grinding disc that effortlessly machines the workpiece while quickly removing metal and biting into the metal.

With a thickness of 4.2 mm, the Norton Quantum 3 COMBO disc can handle cut-off/ as well as grinding applications and is perfect for quick weld removal.

Grinding disc with high stock removal and service life. Specially designed for curved surfaces of stainless steel and steel.

Universally usable disc with fiberglass backing. A keen grinder with a long service life, because the abrasive self-renews. Consistent grinding until the disc is completely used up, hence very economical.

Universally usable disc with fiberglass backing. A keen grinder with a long service life, because the abrasive self-renews. Consistent grinding until the disc is completely used up, hence very economical.

Universally usable disc with nylon backing. More comfortable to work with thanks to reduced vibrations and noise. The backing material can easily be twisted off, increasing the disc’s life-cycle.

New design! This high-quality pure zircon sandpaper is evenly wrapped around the carrier and is excellently suited to soft modelling in corners as well as removing coarse material. Very suitable for removing rough fillet-welded seams.

The ideal disc for processing and giving a final polish to rough concave and convex surfaces, contours and profiles. Easy grinding of corners and angles that are hard to reach with conventional discs.

Removes glue, epoxy resin, urethane and stubborn paint from stone and steel. For derusting and removing oxide layers and mill scale from steel and iron.

Top performance, a uniform surface finish and lower grinding temperatures at a low contact pressure. Up to four times longer-lasting than conventional fibre discs.

A new level of removal rate! The new ceramic precision shaped grain has been re-engineered to create angular structures that continuously break into new sharp grain edges. These smooth edges help to create an abrasive that cuts faster, grinds cooler ...

Guarantee top performance, a uniform surface finish and lower grinding temperatures at a low contact pressure. Significantly higher abrasion rates and service life than high-quality, conventional abrasive discs. Low dust and heat production. Suitable ...

Guarantee top performance, a uniform surface finish and lower grinding temperatures at a low contact pressure. Significantly higher abrasion rates and service life than high-quality, conventional abrasive discs. Low dust and heat production. Suitable ...

Cool, smooth and non-tiring grinding with an extremely long service life and consistent grinding performance. For use in Inox, cast iron, steel, chromium and nickel alloys.

Optimum cooling at discs and workpiece, perfect for use in curves and radii. For use in Inox, cast iron, steel, chromium and nickel alloys, non-ferrous metals and aluminum.

Significantly higher abrasion rates and service life than high-quality, conventional abrasive belts. Low dust and heat production. Requires less pressure. Suitable forstainless steel. Other dimensions and grits on request.

We know how important it is to achieve outstanding results. It's time for a change! We proudly present our newest high performance ceramic sanding belt BSGB CE-11-1 which will give you the best results as well as consistent performance at medium ...

Significantly higher abrasion rates and service life than high-quality, conventional abrasive belts. Low dust and heat production. Requires less pressure. Suitable for stainless steel, steel, non-ferrous metals and aluminium.

Permanently sharp abrasive grain, because ribs wear down uniformly. High flexibility combined with a good abrasion rate. For fine grinding on large radii, removing major unevennesses and achieving fine surfaces in container, kitchen and apparatus ...

Recommended for general deburring and weld removal where a scratch free surface is paramount.

Features a stronger tooth formation (angle 90°) compared to conventional burrs with up to an extra 50% life and an extra 40% stock removal. Therefore, it offers improved productivity.

Specially designed geometry to suit steel and cast steel applications. Aggressive cutting form – producing large chips with increased stock removal. Generating lower heat at cutting edge. Increasing machining output on steel components compared to ...

Short chip formation for use on high tensile steels.

Recommended for general deburring and weld removal where a scratch free surface is paramount.

Features a stronger tooth formation (angle 90°) compared to conventional burrs with up to an extra 50% life and an extra 40% stock removal. Therefore, it offers improved productivity.

Specially designed geometry to suit steel and cast steel applications. Aggressive cutting form – producing large chips with increased stock removal. Generating lower heat at cutting edge. Increasing machining output on steel components compared to ...

Recommended for general deburring and weld removal where a scratch free surface is paramount.

Features a stronger tooth formation (angle 90°) compared to conventional burrs with up to an extra 50% life and an extra 40% stock removal. Therefore, it offers improved productivity.

Specially designed geometry to suit steel and cast steel applications. Aggressive cutting form – producing large chips with increased stock removal. Generating lower heat at cutting edge. Increasing machining output on steel components compared to ...

Short chip formation for use on high tensile steels.

Recommended for general deburring and weld removal where a scratch free surface is paramount.

Features a stronger tooth formation (angle 90°) compared to conventional burrs with up to an extra 50% life and an extra 40% stock removal. Therefore, it offers improved productivity.

Specially designed geometry to suit steel and cast steel applications. Aggressive cutting form – producing large chips with increased stock removal. Generating lower heat at cutting edge. Increasing machining output on steel components compared to ...

Short chip formation for use on high tensile steels.

Recommended for general deburring and weld removal where a scratch free surface is paramount.