Sanding Belts

Sanding belts, integral components of belt sanders, come in a variety of grit types, each designed for different stages of the sanding process and materials. Ohio Power Tool offers a wide range of sanding belts to suit various woodworking, metalworking, and finishing tasks. Coarse grit belts, typically ranging from 40 to 60 grit, are used for heavy material removal, shaping, and leveling rough surfaces. These belts are ideal for quickly stripping away old paint or varnish, smoothing rough sawn lumber, or preparing metal surfaces for welding. The aggressive nature of coarse grit makes it suitable for initial sanding stages, where the primary goal is to reshape or significantly reduce the surface material. Medium grit sanding belts, usually between 80 to 120 grit, serve as the bridge between aggressive material removal and finer finishing work. These belts are used for smoothing out the scratches and marks left by the coarser grits, preparing the surface for final finishing. Medium grit belts are often employed in the intermediate stages of a project, such as smoothing planed wood, prepping surfaces for painting, or removing smaller imperfections on wood or metal. They strike a balance between removing material efficiently and beginning to refine the surface for a smoother finish. Fine and very fine grit sanding belts, ranging from 150 grit upwards to 400 grit or higher, are used for the final finishing touches. These belts produce a very smooth surface, suitable for staining, painting, or applying a clear finish. Fine grit belts are essential for achieving a professional-quality finish on wood, removing the last of the surface imperfections, and preparing metal surfaces for polishing. In applications where precision and aesthetic are critical, such as furniture making, cabinetry, or automotive body work, fine grit sanding belts ensure the surface is perfectly prepped for the final finish. Ohio Power Tool’s assortment of sanding belts allows craftsmen to select the exact grit needed for their specific project, ensuring optimal performance and finish quality across a wide range of materials and applications.