09G104 - 2-Inch Fine Surface Conditioning Disc Type R

Premium Surface Finishing for Industrial Maintenance

The Walter Spinlock Surface Conditioning Disc (09G104) represents the gold standard in non-woven abrasive technology, designed specifically to meet the rigorous demands of industrial maintenance, repair, and operations (MRO). When precision and efficiency are paramount, this 2-inch fine grit disc delivers exceptional results on a wide variety of materials. Engineered by Walter Surface Technologies, a leader in surface treatment solutions, this product is built to withstand the heat and stress of continuous use while providing a consistent finish that professionals rely on.

One of the standout features of this disc is its Spinlock fastening system. Compatible with standard Type R (TR) backing pads, the plastic button allows for instantaneous mounting and dismounting. In a busy shop environment where technicians frequently switch between grits or abrasive types, this quick-change capability translates to significant time savings and increased throughput. The secure locking mechanism ensures the disc remains centered and stable, even at high RPMs, reducing vibration and operator fatigue.

The disc utilizes a high-quality non-woven nylon web impregnated with premium abrasive grains. This construction is inherently resistant to loading, making it an excellent choice for working on gummy metals or surfaces with contaminants. Unlike traditional coated abrasives that may clog or glaze over, the Walter Spinlock disc maintains its cutting ability throughout its lifespan. It is particularly effective for cleaning gasket surfaces, removing light rust or oxidation, and blending tool marks in confined spaces where larger tools cannot reach.

Versatility is key for MRO professionals, and the 09G104 excels across the board. Whether you are refinishing stainless steel equipment in a food processing plant, prepping aluminum parts in an aerospace facility, or performing general maintenance on machinery, this disc adapts to the task. Its flexibility allows it to follow contours and irregular shapes without altering the geometry of the workpiece, ensuring that critical tolerances are maintained while achieving the desired aesthetic finish.