
Every professional welding shop needs a reliable bench grinder, and the Walter 6" Green Silicon Carbide Wheel (12E329) is the perfect upgrade for welders who work with TIG processes or specialized tooling. While standard grey wheels are fine for grinding mild steel, they struggle with the hardness of tungsten electrodes and carbide tools. This "green wheel" is specifically formulated with silicon carbide grain, which cuts cleaner and cooler on hard materials. For TIG welders, this means you can achieve a perfect, contamination-free point on your tungsten electrodes without the wheel glazing over or the tungsten splitting, ensuring a stable arc and superior weld quality.
Beyond tungsten preparation, this 80-grit wheel is an essential asset for general shop maintenance. It excels at sharpening carbide-tipped drill bits, lathe cutters, and other hard-metal tools that would ruin a standard grinding wheel. The 80-grit finish provides a smooth edge, reducing the need for secondary honing. It is also safe for use on non-ferrous metals like aluminum and brass, where other wheels might clog or load up. The cool-cutting action helps preserve the temper of your tools, extending their lifespan and saving you money on replacements.
Don't worry about whether this wheel will fit your specific bench grinder. Walter includes a set of smart reducer bushings with every wheel, allowing it to adapt instantly to 1/2-inch, 5/8-inch, 3/4-inch, or 1-inch shafts. This hassle-free compatibility means you can mount it on almost any 6-inch bench or pedestal grinder found in home garages or industrial fab shops. Built for durability and balance, the Walter 12E329 runs smooth and true, giving you the control you need for precision grinding tasks.
| Additional Information |
|---|
| Diameter:6" |
| Width:3/4" |
| Grit:80 |
| Arbor Size:1", 3/4", 5/8", 1/2" |
| Abrasive Material:Green Silicon Carbide |
| Max RPM:4450 |
| Wheel Type:Type 1 |
| Bond Type:Vitrified |
| Application Material:Tungsten Carbide, Non-Ferrous Metals |
| Packaging Description:1 per each |