These belts resist deterioration when used with water or cutting fluids. The most common abrasive material, aluminum oxide is hard enough to sand steel and wood. It costs less than zirconia alumina but wears down faster. Click on a part number to view the volume discount (if applicable).

Also Available: Other belt sizes and grits. Please ask for 4713A999 and specify belt size and grit.

Avoid clogs when you're removing paint or rust. The widely spaced grains on these belts give dust and debris a place to collect so they won't build up on the belt’s surface. They use aluminum oxide, the most common abrasive for general sanding. It’s tough and won’t crack under high stress. With a cloth backing, these belts are flexible yet resistant to tearing.

Multiple layers of abrasive arranged in a pattern create highly consistent finishes. The most common abrasive for general sanding, aluminum oxide is tough and won’t crack under high stress. Use these belts for removing paint and rust to final finishing. A cloth backing makes these belts flexible yet resistant to tearing.

Like tank treads, these belts have wide gaps to collect and channel away debris as they turn. Multiple layers of abrasive arranged in a brick pattern create highly consistent finishes. The layers contain up to four times as much abrasive material as other sanding belts, so they last longer.

The most common abrasive material, aluminum oxide is hard enough to sand most materials. It costs less than zirconia alumina but wears down faster.

When you need to achieve a more consistent finish, choose nylon mesh sanding belts over paper- or cloth-backed belts. The mesh flexes to compensate for uneven sanding pressure as you sand. It's embedded with aluminum oxide, the most common abrasive, which is hard enough to sand steel and wood. These belts resist deterioration when used with water or cutting fluids.

Coarse grade is for deburring and removing heavy rust and surface imperfections.

Medium grade is for light cleaning and blending.

Very fine grade is for removing fine scratch marks and lines, final finishing, polishing, and preparing surfaces for painting.

Create finer and more consistent finishes—these belts have a cushioned layer that creates more even sanding pressure on your workpiece. They also have a slick coating that prevents debris from accumulating on the abrasive surface and keeps operating temperatures low.

One of the sharpest abrasives, silicon carbide cuts through steel and wood with ease. It costs less than zirconia alumina but will not last as long.

These belts last at least 50% longer and sand faster than standard ceramic alumina belts. The specially engineered grit stays cool while cutting, which prevents dulling. It's sharp and dense enough to shape hard metals such as stainless steel, nickel, and cast iron. Ceramic alumina grit continually fractures to produce new, sharp cutting edges. It sands faster and lasts longer than aluminum oxide but requires more force to abrade properly. A slick coating on these belts prevents debris from accumulating on the abrasive surface and keeps operating temperatures low. They also resist deterioration when used with water or cutting fluids. Click on a part number to view the volume discount (if applicable).

Dense and hard, the ceramic alumina abrasive on these belts removes material faster and lasts longer than standard aluminum oxide abrasives. The grit particles break apart as you sand, constantly forming the sharp edges needed to smooth stainless steel, cast iron, and other hard metals. A slick coating keeps the surface of these belts from getting clogged with dust and debris, so they stay cool while you sand. Made from cloth, the backing is flexible and difficult to tear. Note: click on a part number to view a volume discount (if applicable).