
Don't let tight corners slow down your fabrication projects. The Walter ZIP™ 3" x 1/4" x 3/8" Grinding Wheel (11L333V) transforms your standard die grinder into a powerful fabrication tool capable of tackling the toughest jobs. Sold in a convenient pack of 5, these wheels are built for welders who demand the same performance from their small tools as they do from their heavy-duty angle grinders. Whether you are cleaning up root welds inside a pipe, notching structural steel, or smoothing out rough castings in a confined machinery housing, this wheel delivers the bite you need.
Walter Surface Technologies is famous for making abrasives that last, and the ZIP™ line is no exception. This 3-inch wheel features a robust 1/4-inch thickness, making it durable enough for aggressive grinding and shaping. Unlike thinner cutting wheels, this disc is designed to take side pressure, allowing you to sculpt metal and remove stock rapidly. The 3/8-inch arbor ensures a secure fit on most professional die grinders, providing a stable and balanced rotation that reduces hand fatigue during long shifts.
One of the biggest advantages of the Walter 11L333V is its versatility with materials. It is formulated to be "Fe-S-Cl Free," meaning it won't contaminate stainless steel with rust-causing particles. You can switch between mild steel and stainless projects with confidence, knowing you are getting a clean, cool cut every time. The cool cutting action also prevents the metal from overheating, saving you time on post-weld cleanup and polishing. Upgrade your abrasive arsenal with these high-performance wheels and experience the difference that quality engineering makes in your daily grind.
| Additional Information |
|---|
| Brand:Walter Surface Technologies |
| Diameter:3" |
| Thickness:0.250" |
| Arbor (in):3/8" |
| Packaging Description:5 per pak |
| Used To Grind:Steel or Stainless |
| Item:Grinder |
| Product Type:Reinforced Grinding Wheel |
| Tool Compatibility:Die Grinders, Straight Shaft Grinders |
| Contaminant Free:Yes (Fe, S, Cl < 0.1%) |