3M™ Cloth Belt 577F 37" X 60" 80 Grit Alumina Zirconia 7010363090 - Pkg Qty 2

This item is NOT returnable.

3m™ cloth belt 577f 37" x 60" 80 grit alumina zirconium 3m™ cloth belt 577f features alumina zirconia abrasive grain for increased cutting efficiency over aluminum oxide belts and is backed with a heavy water-resistant polyester backing that stands up to high-pressure applications and edge work. The durable backing ensures long life and supports both wet and dry operations. We recommend 3m™ cloth belt 577f for use on aluminum mild steel and stainless steel or other exotic metal alloys for dimensioning parts deburring blending and finishing castings and forgings. To protect heat sensitive alloys such as stainless steel nickel alloys and cobalt alloys a grinding aid on the belt reduces running temperatures. Additionally the abrasive is firmly bonded to the backing with resin to maintain durability under high heat and pressure. Alumina zirconia fractures frequently to continually produce sharp points and deliver a faster cut-rate than aluminum oxide. A synthetic mineral it was developed for heavy stock removal and high pressure grinding. Abrasive belts come in many different widths and lengths and are used on a variety of different belt sanding tools for many different metalworking applications. At 3m we offer a broad selection of belts to fit most any industrial belt sander. Wider belts are used with wide belt sanders for flat finishing to smooth rough cut edges of metal sheets or add a grain pattern to stainless steel sheets. Medium-width belts are generally used on a backstand for weld removal or on a feed-thru style flat finisher for imparting a finish on sheets or coils. Narrow belts can be used on backstands for grinding and finishing or on file tools to access right angle corners for finishing. Applications are descaling flat finishing high pressure grinding intermediate finishing mill scale removal plate grinding sheet grinding slab grinding. Industries include builders hardware medical instruments metal fabrication metal implant

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