We specialize in hard to find items
All Categories
Weiler 58116 7" x 1/8" Tiger INOX Type 27 Cut and Grind Combo Wheel, INOX30T, 5/8"-11" UNC Nut (Pack of 10)
Share Tweet
*Price and Stocks may change without prior notice
*Packaging of actual item may differ from photo shown
- Electrical items MAY be 110 volts.
- 7 Day Return Policy
- All products are genuine and original
- Cash On Delivery/Cash Upon Pickup Available
Weiler 58116 7" x 1/8" Tiger INOX Type 27 Cut and Features
-
CONTAMINANT-FREE INOX WHEELS: Contains less than 0.1% iron, sulfur, and chlorine, resulting in a worry-free solution for stainless steel applications
-
FLEXIBLE AND EFFICIENT: Combination wheels offer flexibility and efficiency when switching between cutting and grinding applications with a right angle grinder
-
LONG WHEEL LIFE: Triple reinforcement for long life cutting and grinding applications
-
QUICK SPIN-ON, SPIN-OFF CHANGEOVER: The 5/8-inch - 11 nutted metal hub allows for quick spin-on, spin-off changeover and eliminates cross-threading or sticking to spindle due to heat build-up. Used with die grinder and right angle air die grinder
-
SPECIFICATIONS: 7 Inch X 1/8-Inch Tiger Inox Type 27 Cut/Grind Combo Wheel, INOX30T, 5/8-Inch-11 Nut, Max RPM 8,500
About Weiler 58116 7" X 1/8" Tiger INOX Type 27 Cut And
Tiger INOX 7 inch type 27 combo wheels are specifically designed for high performance when cutting and grinding stainless steel. These wheels incorporate a Contaminant-free bond that delivers a worry-free solution for stainless steel applications. Combination wheels offer flexibility and efficiency when switching between cutting and grinding applications with a right angle grinder. The 5/8" - 11 nutted metal hub allows for quick spin-on, spin-off changeover and eliminates cross-threading or sticking to spindle due to heat build-up. Our Tiger reinforcement technology provides the strength to hold up when grinding, while maintaining a fast cut. Industrial Grade - Engineered and manufactured to maximize performance and minimize operating costs in the most demanding surface conditioning applications. The use of superior construction, the highest quality materials and the most stringent manufacturing processes deliver the lowest cost-of-use and most consistent performance in heavy production environments.
