14B033 - Walter Inox Plus 1/2-inch x 18-inch Ceramic File Belt Grit 36

Premium Abrasive Performance for Stainless Steel Finishing

The Walter 14B033 Inox Plus File Belt is a high-performance abrasive solution designed specifically for the rigorous demands of industrial metalworking. Measuring 1/2 inch by 18 inches with a coarse 36 grit, this belt is engineered to excel in stock removal applications where precision and accessibility are paramount. The Inox Plus series is formulated with advanced cooling agents directly incorporated into the abrasive matrix. This technology actively dissipates heat during the grinding process, making it an exceptional choice for working on heat-sensitive materials like stainless steel and various alloys. By maintaining a cooler cutting zone, the risk of thermal discoloration, warping, or glazing is significantly minimized, ensuring the structural integrity and aesthetic quality of the workpiece.

Durability is a cornerstone of the Inox Plus design. The abrasive grain is bonded to an incredibly robust Y-polyester backing. This heavy-duty cloth backing provides superior resistance to the high tension and pressure often applied during file belt sanding operations. Unlike standard cotton-backed belts that may stretch or fray, the Y-polyester material maintains its dimensional stability, allowing for consistent tracking and extended belt life. Furthermore, the belt features a specialized butt-joint construction reinforced with high-strength glue. This seamless joint design eliminates the "bump" often felt with lap-jointed belts, resulting in smoother operation, reduced vibration, and a more uniform finish on the metal surface.

This product is optimized for use with portable file belt sanders, making it an indispensable tool for accessing hard-to-reach areas such as internal corners, contours, and complex profiles. Whether the task involves leveling welds, deburring sharp edges, or blending surfaces in confined spaces, the Walter 14B033 delivers aggressive removal rates without compromising on finish quality. It is particularly effective on stainless steel but also performs admirably on aluminum and other non-ferrous metals, providing a versatile solution for MRO workshops and fabrication facilities.