3M Scotch-Brite CG-ZS Silicon Carbide Grinding Disc, 100mm Diameter 60 Grit, 6mm Thick

The Scotch-Brite™ Roloc™ disc is a surface conditioning disc that combines a long lasting abrasive and 3M's Roloc™ attachment system. The non-woven disc uses silicon carbide mineral abrasive offering a continuous fast cutting action and consistency. The fibres use resin which will not dissolve and break down over time, allowing them to stay strong and heat resistant. Suitable for removing paint and rust from seams, doors, moulding, welds and other tight areas.

The unique construction of the Scotch-Brite™ disc is made up of non-woven fibres and silicon carbide abrasive making it tough and durable. The open web material is kept consistent as the open web material runs cool, limiting fibres to clog up. The fibres are responds well to cntours and irregular surfaces effectively removing unwanted burrs and contaminants.

The Scotch Brite™ surface conditioning disc allows for easy adaptation to a profiled surface. It has been designed to last longer than wire brushes and other abrasive discs. The abrasive density allows for an aggressive cutting power for effective deburring without damaging the part.

The Roloc™ system from 3M™ provides a secure attachment on heavy duty applications. It allows for Roloc discs to be quickly swapped out from one application to another in seconds. The plastic threaded button or screw is designed to easily and quickly screw on a Roloc TR backing pad.

Removes paint, rust and quickly without compromising the geometry of the work piece

Load resistant material resists clogging for a consistent cutting action

Smear resistant to minimise cleaning of the work surface

Silicon carbide provides aggressive cutting and leaves a fine finish without gouging the work piece

Roloc™ attachment system provides easy disc change out for multi-step finishing processes

The disc is capable of:

Removing paint, rust, harden adhesives, light scratches and weld burns and more.

It's great for smoothing, polishing and cleaning most metals.

Non-woven discs provide a uniformed and consistent performance throughout its lifetime. They are flexible to allow the material to adapt and conform to irregular surfaces. the open construction allows for air circulation for cool operation and reduces the potential for burning.