Walter Two-In-One Mounted Flap Wheel 3 Inch x 1-1/2 Inch 120 Grit

Smooth Out Your Welds with Walter 15F812 Flap Wheels

For welders and fabricators looking to achieve a flawless finish on their metal projects, the Walter 15F812 Mounted Flap Wheel is an essential accessory for your die grinder. Measuring 3 inches in diameter and 1-1/2 inches wide, this wheel is perfectly sized for getting into tight spaces, corners, and the inside of pipes where larger grinding discs cannot reach. The 120 grit abrasive provides a fine, smooth finish, making it the ideal choice for the final stages of blending welds or cleaning up metal surfaces before polishing or coating.

The "Two-In-One" designation refers to this wheel's ability to perform double duty: it removes surface imperfections while simultaneously leaving a smooth, consistent grain pattern. This efficiency saves you time by reducing the number of abrasive steps required to finish a job. The flaps are made from tough aluminum oxide cloth that wears down evenly, exposing fresh abrasive grain constantly to maintain a consistent cut rate throughout the life of the wheel. This self-sharpening action means you get the same quality finish from the first pass to the last.

Designed with the user in mind, the Walter 15F812 features a heavy-duty 1/4-inch shaft that locks firmly into your tool's collet. The wheel is precision-balanced to run smoothly without the annoying wobble found in cheaper alternatives. This stability allows for precise control, which is critical when doing detail work on expensive parts. The cool-running design is particularly beneficial when working with stainless steel, as it helps prevent the "blueing" effect caused by overheating. Add this versatile flap wheel to your abrasive arsenal to handle everything from deburring cut edges to blending fillet welds with ease.

Why Welders Choose This Wheel:

• Consistent Finish: 120 grit leaves a smooth surface ready for paint or polish.
• Access: Reaches into corners and IDs that flat discs miss.
• Control: Vibration-free operation for precision work.