15F706 - Walter COOLCUT 3-Inch Mounted Flap Wheel 60 Grit

Industrial Precision with Walter COOLCUT™ Flap Wheels

The Walter 15F706 COOLCUT™ Flap Wheel is engineered for the most demanding industrial environments, offering a premium solution for surface finishing, blending, and deburring. Measuring 3 inches in diameter and 1 inch in width with a 60-grit abrasive, this tool is designed to deliver a consistent satin finish on a variety of metallic surfaces. Manufactured in Italy, these wheels utilize the highest industrial-quality abrasive cloth, ensuring that the grain remains sharp and effective throughout the lifespan of the product.

One of the defining characteristics of the COOLCUT™ series is the optimal number of flaps securely bonded to the central hub. This density is critical for maintaining a uniform finish; as the flaps wear down, fresh abrasive grain is continuously exposed, preventing the glazing effect common in lower-quality alternatives. The wheel is perfectly balanced to ensure smooth operation, significantly reducing vibration. This balance not only improves the quality of the finish by preventing chatter marks but also reduces wear on the power tool and minimizes operator fatigue during extended use.

These flap wheels are particularly effective for working on irregular shapes, contours, and hard-to-reach areas where larger discs cannot fit. The 60-grit composition provides an excellent balance between stock removal and finishing capabilities, making it suitable for cleaning up welds, removing rust, or preparing surfaces for painting. Whether working with mild steel, stainless steel, or aluminum, the Walter 15F706 delivers reliable, professional results that meet the rigorous standards of modern fabrication shops and manufacturing facilities.

Key Industrial Benefits:

• Consistent Finish: The flap design ensures a uniform scratch pattern from the first pass to the last.
• Cool Operation: Designed to dissipate heat, preventing thermal damage to the workpiece.
• Durability: Premium cloth backing resists tearing and fraying under load.