Surface Conditioning Belt

The durable Scotch-Brite® SE Surface Conditioning Belt is built to last, resisting wear and sharp edges during cleaning, blending, deburring, and finishing on various metals.

Engineered for durability and performance

Constructed with resin-reinforced non-woven fiber, Scotch-Brite® SE Surface Conditioning Belts resist loading and prevent gouging or workpiece damage. These belts are designed for high initial and sustained cutting rates while maintaining superior edge durability. They are suitable for low-stretch applications and incorporate a woven scrim within the nylon structure, providing extra strength and durability for edge work, deburring, and efficient blending on all types of metals.

The combination of non-woven material with abrasive grains delivers excellent finishes and effective burr removal, making Scotch-Brite® Belts a reliable choice for achieving outstanding results.

High-performance abrasive technology

The Scotch-Brite® SE Surface Conditioning Belt uses coarse-grade aluminum oxide abrasive. Aluminum oxide is a popular choice among industrial professionals for its cutting rate and long life. This hard and durable mineral self-fractures to expose fresh cutting edges during use, unlike traditional abrasives such as garnet, which wear down quickly.

With its high cut rate, toughness, and heat resistance, aluminum oxide is widely used for grinding, sanding, and finishing across various materials, including ferrous alloys and woodworking substrates.

Ideal for belt sanders

Belt sanders equipped with Scotch-Brite® SE belts allow for fast polishing, sanding, and finishing across a range of surfaces. Unlike sanding wheels and discs that can clog and lose efficiency, belt sanders remain effective because the abrasive belt’s grooves open as they rotate around the drive wheel, preventing clogging and ensuring consistent performance.

Count on Scotch-Brite® SE Surface Conditioning Belts to deliver exceptional results and long-lasting durability for demanding metalworking and finishing applications.