12D807 - Walter W222 Abrasive Point for Die Grinders

Enhance Your Die Grinder Performance

For welders and fabricators, the finish is just as important as the weld itself. The Walter W222 Mounted Point is your go-to accessory for detailed metal preparation and finishing work. When you need to clean up a tight corner, smooth out a jagged edge inside a pipe, or enlarge a bolt hole that's just a hair too small, this abrasive point delivers the performance you need. Compatible with standard die grinders, the W222 shape offers a substantial surface area for grinding while being compact enough to fit into restricted spaces.

Vibration is the enemy of precision, and Walter fights back with superior engineering. These mounted points are crafted to spin perfectly concentrically. This means your die grinder won't jump or bounce on the workpiece, giving you the steady hand required for delicate finishing work. The reduction in vibration also extends the life of your power tools by reducing wear on the bearings and collets. For the welder working on mild steel or cast iron repairs, this stability translates to cleaner work and less time spent correcting mistakes.

The 12D807 is built tough to handle the heat and stress of grinding steel. The abrasive grains fracture cleanly to expose new sharp edges, keeping the cutting action aggressive throughout the life of the point. Whether you are smoothing out a repair on a casting or fine-tuning a custom fabrication, this mounted point provides the control and bite necessary to get the job done right the first time. Add the Walter W222 to your abrasive arsenal and experience the difference a premium consumable makes.

Ideal for Metal Fabrication

Fabricators often encounter situations where a standard grinding wheel simply cannot reach. The W222 mounted point bridges that gap, offering a solution for internal grinding and contouring. It is particularly effective on tool steels and high-tensile alloys, where maintaining the temper of the metal is crucial; the cool-cutting action helps prevent heat buildup that could damage the workpiece.