Abrasives (200)

Aluminum oxide is the most commonly used abrasive. Best-suited for general purpose deburring and blending, it is tough, economical and fracture-resistant. Commonly used on ferrous alloys, high-tensile materials and wood. Non-woven abrasives reduce the undercutting and gouging of surfaces. They are frequently used in deburring, surface preparation and as a final finishing step.

Aluminum oxide is the most commonly used abrasive. Best-suited for general purpose deburring and blending, it is tough, economical and fracture-resistant. Commonly used on ferrous alloys, high-tensile materials and wood. Non-woven abrasives reduce the undercutting and gouging of surfaces. They are frequently used in deburring, surface preparation and as a final finishing step.

More durable than aluminum oxide, zirconia-alumina is best for medium- to heavy-material removal. The material grains constantly fracture to produce new sharp edges. Commonly used on carbon steels, aerospace alloys, nickel alloys, aluminum, cast iron, forgings, and some stainless steels.

More durable than aluminum oxide, zirconia-alumina is best for medium- to heavy-material removal. The material grains constantly fracture to produce new sharp edges. Commonly used on carbon steels, aerospace alloys, nickel alloys, aluminum, cast iron, forgings, and some stainless steels.

More durable than aluminum oxide, zirconia-alumina is best for medium- to heavy-material removal. The material grains constantly fracture to produce new sharp edges. Commonly used on carbon steels, aerospace alloys, nickel alloys, aluminum, cast iron, forgings, and some stainless steels.

More durable than aluminum oxide, zirconia-alumina is best for medium- to heavy-material removal. The material grains constantly fracture to produce new sharp edges. Commonly used on carbon steels, aerospace alloys, nickel alloys, aluminum, cast iron, forgings, and some stainless steels.

More durable than aluminum oxide, zirconia-alumina is best for medium- to heavy-material removal. The material grains constantly fracture to produce new sharp edges. Commonly used on carbon steels, aerospace alloys, nickel alloys, aluminum, cast iron, forgings, and some stainless steels.

5" Cgw Pipeline Wheel with hub, 1/8" Thick

6" Cgw Pipeline Wheel with hub, 1/8" Thick

C3 (Ceramic) has 20% more material than regular flap discs.• Z3 (Zirconia) has 20% more material than regular flap disc.• Hybrid compact design (4-1/2", 5" and 6") - Flaps are compressed and compacted at a 4 degree angle for edge strength and longer life.• C3 (Ceramic) for aggressive cutting action. Self-sharpening ceramic grain and cool grinding aid. Ideal for hard-to-grind materials including steel and other heat sensitive materials.• Z3 (Zirconia) for fast, long-lasting grinding. Ideal for heavy-duty applications.

CGW Abrasives Premium Z3 Reg T29 Flap DiscsProduct Details:Active grinding agent provides cool cutting with light pressureSpecial optimized resin bond offers maximum cutting capacity, strong edge stability, and long lifePremium Zirconia Alumina grain with a poly/cotton heat-treated backingRecommended for aggressive use and heavy duty applications

Dynabrade 1/2" (13 mm) W x 24" (305 mm) L 120 Grit Ceramic DynaCut Scalloped Edge BeltDynabrade 1/2" (13 mm) W x 24" (305 mm) L 120 Grit Ceramic DynaCut Scalloped Edge BeltDynaCut Ceramic and Premium Ceramic Belts self-sharpening design lasts 50% to 200% longer than other abrasive sanding belts. Use for coatings removal on stainless steel carbon steel titanium nickel alloy chrome and inconel.WHY USE A SCALLOPED EDGE BELT?Scalloped edge belts blend right angle welds with less undercutting. Seen here the scalloped belt edges conform to the contact wheel of a Dynafile® III (Model 15420) providing consistent coverage as a weld is removed and blended.

Dynabrade 1/2" (13 mm) W x 24" (305 mm) L 60 Grit Ceramic DynaCut Scalloped Edge BeltDynabrade 1/2" (13 mm) W x 24" (305 mm) L 60 Grit Ceramic DynaCut Scalloped Edge BeltDynaCut Ceramic and Premium Ceramic Belts self-sharpening design lasts 50% to 200% longer than other abrasive sanding belts. Use for coatings removal on stainless steel carbon steel titanium nickel alloy chrome and inconel.WHY USE A SCALLOPED EDGE BELT?Scalloped edge belts blend right angle welds with less undercutting. Seen here the scalloped belt edges conform to the contact wheel of a Dynafile® III (Model 15420) providing consistent coverage as a weld is removed and blended.

Dynabrade 1/2" (13 mm) W x 24" (305 mm) L 80 Grit Ceramic DynaCut Scalloped Edge BeltDynabrade 1/2" (13 mm) W x 24" (305 mm) L 80 Grit Ceramic DynaCut Scalloped Edge BeltDynaCut Ceramic and Premium Ceramic Belts self-sharpening design lasts 50% to 200% longer than other abrasive sanding belts. Use for coatings removal on stainless steel carbon steel titanium nickel alloy chrome and inconel.WHY USE A SCALLOPED EDGE BELT?Scalloped edge belts blend right angle welds with less undercutting. Seen here the scalloped belt edges conform to the contact wheel of a Dynafile® III (Model 15420) providing consistent coverage as a weld is removed and blended.

Unique CURVE disc easily grinds and finishes fillet welds. For small welds. Radial shape allows the edge of the disc to grind and blend like no other flap disc. Works best on steel and hard aluminum. Abrasive Disc Type Radial Disc Diameter 7 in Mounting Hole Size 5/8"-11 Abrasive Grit 40 Abrasive Grade Coarse Disc Backing Material Fiber Abrasive Material Zirconia Alumina Series SGP CURVE Backing Weight X Max. RPM 8, 600 RPM