09G202 - Walter 3-Inch Coarse Surface Conditioning Disc Type R

High-Performance Surface Conditioning for Industrial Applications

The Walter 09G202 Spinlock Surface Conditioning Disc is a premium abrasive tool designed to meet the rigorous demands of industrial metalworking. Engineered with a coarse grit non-woven nylon structure, this 3-inch disc excels at aggressive deburring, cleaning, and surface preparation tasks. The open-web design is impregnated with abrasive grain, ensuring a consistent cut rate throughout the life of the product while preventing the heat buildup that can warp or discolor sensitive metals like stainless steel.

One of the standout features of this disc is the Spinlock fastening system. Compatible with standard Type R backing pads, the plastic button allows for tool-free mounting and removal. This quick-change capability significantly reduces downtime in high-production environments where operators frequently switch between grits or abrasive types. The 3-inch diameter is perfectly sized for accessing confined areas, corners, and irregular contours that larger discs cannot reach, making it an indispensable tool for precision fabrication and maintenance operations.

Versatility is key with the Walter Surface Conditioning line. This coarse disc is effective on a wide range of materials, including mild steel, stainless steel, aluminum, and non-ferrous alloys. Whether you are removing gasket material, blending tool marks, or preparing surfaces for painting, the 09G202 delivers a uniform finish without altering the geometry of the workpiece. Its durability and resistance to loading make it a cost-effective solution for professionals seeking to optimize their finishing processes.

Key Technical Benefits

• Cool Cutting Action: The porous structure allows air to circulate, dissipating heat to protect the workpiece.
• Resists Loading: Ideal for working with soft metals like aluminum that tend to clog traditional sandpaper.
• Conformability: The flexible material follows surface contours for even blending on curved parts.