ARC ABRASIVES Disc Backup Pads

Straight-shaft mounted disc backup pads used to uniformly distribute pressure in finishing jobs. Feature a non-vacuum hole design for attaching shafts and capable of generating speeds up to 25000 rpm

Norton Abrasives triangular Speed-Lok backup pads are designed for grinding, sanding, surface preparation and polishing applications. They are compatible with brand's AVOS fiber discs & Bear-Tex nonwoven discs and feature fiberglass-reinforced, plastic construction for resistance to chemicals, impact & water, thereby ensuring durability. These pads support discs to evenly distribute grinding pressures to the workpieces and feature see-thru design offering interrupted cuts to minimise the applied heat up to 30% over standard discs. The configured scooped holes enable air flow to pull swarf away from operational zones for extended life and can be used at 5 to 15 degrees angle for gouging-free & full utilisation of the discs. Choose from a broad range of these backup pads, available in 4.5 and 5 inch diameters.

Norton Abrasives small discs are used with quick-change mandrels on handheld pneumatic drills & grinders in stock removal, deburring and weld bending applications. They feature aluminium oxide or zirconia alumina material for maximum bending, high impact strength & excellent initial cut rates and have strong X & Y-weight, cotton backing construction for extended life & minimum edge wear. These discs offer extra coarse, medium & coarse grades for sharp finishing and are available in brown, green & blue colours.

Norton Abrasives medium density backing pads for grinding, sanding, surface preparation & polishing applications. They feature urethane foam construction to enhance durability & flexibility and have chamfered pad edges for elimination of sharp edges. These yellow-coloured pads are equipped with long tapered, flexible edges for coarse to medium grit disc sanding. Further, they have standard hole patterns (selected models) to assist vacuum sanding and have hook & loop face design for shock resistance. The pads support discs to evenly distribute the pressure on the surfaces and the fiberglass backing plates with threaded shanks to provide additional strength & minimise heat-resistance.