Rapid Prep XHD Coarse and Medium Discs

November 08,2017
Rapid Prep XHD Coarse and Medium Discs

Norton | Saint-Gobain Abrasives announces its new Norton Rapid Prep XHD Coarse and Medium Discs to solve users’ most aggressive stock removal and blending challenges. The extra heavy-duty nonwoven discs remove weld lines, weld splatter, weld discoloration and blend surfaces in a single step.


XHD Coarse is ideal for aggressive weld removal and surface blending on steels, while XHD Medium works well on softer metals/alloys. Users will significantly save labor and consumable costs by reducing application steps as compared with coated flap discs, according to the company. The new Norton Rapid Prep XHD discs offer a unique combination of a conformable fiber matrix and premium ceramic grain, resulting in improved cut control and surface blending over traditional coated flap and fiber discs. Product life is increased and shape integrity is maximized due to the Norton blended fiber web, which dissipates workpiece debris. In addition, the Norton Clean Bond resin system prevents smearing and produces a controlled wear rate.


Mario Davila, Norton | Saint-Gobain Abrasives product manager, said, "Test results have been exceptional. In comparison tests fabricators and welders will see a 26 percent higher cut rate, with less shedding, and two times the life over the top competitive product using the new Norton nonwoven discs." XHD discs are suitable for working with stainless steel and aluminum.


The new Norton Rapid Prep XHD Discs have 12 sizes offered in three nonwoven types: quick change discs from 2" to 4" TR attachment, hook and loop discs in both 7/8” hole and no hole from 4-1/2” to 7” diameter, and speed change discs from 4-1/2" x 5/8"-11 Fastener to 7" x 7/8" Fastener. Both coarse and medium discs are stock items.

Related Glossary Terms

  • web

    web

    On a rotating tool, the portion of the tool body that joins the lands. Web is thicker at the shank end, relative to the point end, providing maximum torsional strength.