$8 Norton Blaze R980P Abrasive Flap Disc, Type 27, Threaded Hole, P Industrial Scientific Abrasive Finishing Products Abrasive Wheels Discs Max 69% OFF Norton Blaze R980P Abrasive Flap Disc Threaded Type 27 Hole P 27,,Disc,,Abrasive,Flap,R980P,Threaded,Type,nandopinheiro.com,$8,Norton,Blaze,Hole,,/exognathion960.html,Industrial Scientific , Abrasive Finishing Products , Abrasive Wheels Discs,P $8 Norton Blaze R980P Abrasive Flap Disc, Type 27, Threaded Hole, P Industrial Scientific Abrasive Finishing Products Abrasive Wheels Discs 27,,Disc,,Abrasive,Flap,R980P,Threaded,Type,nandopinheiro.com,$8,Norton,Blaze,Hole,,/exognathion960.html,Industrial Scientific , Abrasive Finishing Products , Abrasive Wheels Discs,P Max 69% OFF Norton Blaze R980P Abrasive Flap Disc Threaded Type 27 Hole P
Norton Blaze R920 type 27 abrasive flap discs are suitable for blending and smooth finishing on stainless steel, cobalt, chrome, titanium and other hard-to-grind materials. Flap disc design is suitable for use on right-angle grinders or vertical-shaft portable grinders. The cloth backing is stiffer, tougher, and thicker than a paper or film backing. The cloth resists tearing while bending and flexing during use, providing smooth blending and finishing and is ideal for low- to medium-pressure applications.
With a type 27 flap disc, hold the grinder in operation at an angle less than fifteen degrees to the work surface. Steeper angles will weaken the flap edges. The weight of the backing is designated by letters J, X, Y, T or M. J is the lightest and M is the heaviest. A more flexible backing will follow irregular contours of a workpiece better than a stiffer one. Stiffer backing is more suited for regular round or flat surfaces.
Coated abrasives have individual abrasive grains spaced at a predetermined distance from one another. This is a closed-coat disc. A closed coat covers 100 percent of the surface with abrasive grains, for more stiffness and better surface finish than an equivalent open coat, where abrasive grit covers 50 to 70 percent of the surface. This disc features a resin bond. Resin bonds have good moisture resistance, are harder and less flexible than glue bonds, and have good heat resistance and grain retention. Resin bonds are useful for abrasive operations with high operating speeds, impact, and sudden loading, as the resin bond is strong and can withstand rough treatment. Use with molded rubber back-up pads, using a hard pad for aggressive cutting, a medium pad for general purpose applications, or a soft pad for contours and fine finishing work.
Ceramic aluminum, sometimes called ceramic alumina, is tougher than aluminum oxide, and is self-sharpening. It is formed in a process where alumina gel is dried and then crushed. These engineered crystals fracture and refracture at fine levels, to form a smooth, self-sharpening abrasive material. Ceramic aluminum oxide is most commonly used for medium-to-high material removal on metals.
Abrasives are used for a variety of applications from shaping a part to fine finishing, depending on the grit size. Low grit numbers like 40 are coarse and are used for removing excess material and shaping a part. High grit numbers like 400 are fine and help to create a smooth surface finish.
Norton Abrasives manufactures a wide variety of sanding, sanding, and polishing abrasives, and has been located in the United States since 1885. In 1990, Saint-Gobain purchased Norton, keeping its manufacturing facilities and offices in the same location. Norton/Saint-Gobain has been recognized as a Global 100 Sustainable Company, as well as earning ISO 9000 and 14001 certification for quality and environmental management standards.