15F704 - Walter COOLCUT 3-Inch x 1-Inch 40 Grit Mounted Flap Wheel

Premium Industrial Abrasive Finishing

The Walter 15F704 COOLCUT™ Flap Wheel is a high-performance abrasive tool designed for professionals who demand precision and durability. Measuring 3 inches in diameter with a 1-inch width, this wheel is engineered to tackle a variety of metalworking tasks, from general-purpose blending to intricate shaping and deburring. The wheel features a coarse 40 grit, making it particularly effective for material removal and establishing a grain on workpieces.

Superior Construction and Balance

Manufactured in Italy, this flap wheel is constructed using the highest industrial-quality abrasive cloth. The flaps are arranged in an optimal density and are securely bonded to the central hub. This meticulous construction ensures that the wheel remains perfectly balanced during rotation, significantly reducing vibration. A balanced wheel not only improves operator comfort by reducing fatigue but also ensures a chatter-free finish on the metal surface.

Versatile Material Compatibility

The COOLCUT™ series is renowned for its versatility. This specific unit is engineered to perform exceptionally well on a wide range of materials, including steel, stainless steel, and aluminum. Whether you are cleaning up a weld, deburring a machined part, or preparing a surface for polishing, the 15F704 delivers a consistent and uniform grained satin finish. Its compact size allows it to reach into contours and tight spaces that larger grinding wheels cannot access, making it an essential accessory for die grinders and drilling tools in any industrial fabrication setting.

Consistent Performance

Unlike standard abrasives that may lose their effectiveness quickly, Walter's design ensures that fresh abrasive grain is continuously exposed as the flaps wear down. This self-sharpening action guarantees that the cut rate and finish quality remain constant throughout the life of the wheel, providing excellent value and efficiency for high-volume production environments.