good quality aluminum oxide 5 inch abrasive grinding wheel

125mm 5" American Standard Abrasive Cut-off Grinding Wheel

The 5 inch Depressed Center Grinding Wheel is mainly made of high quality Aluminum Oxide abrasive material and White Aluminum Oxide material. The Aluminum Oxide abrasive material can make the Xtra Power Grinding Disc have the long life durability character and the white Aluminum Oxide abrasive material can make the Resin Bonded Grinding Disc description: 27 type r grade stainless steel cut material grinding, blending application 7 inch diameter 1/4 inch thickness 5/8 inch-11 tpi mounting size 8600 rpm speed rating 24 grit size number aluminum oxide abrasive material a24r standard designation Sourcing Guide for Aluminum Oxide Grinding Wheel: Source cheap and high quality products of power tools, hand tools online from Chinese tools manufacturers & suppliers. Our knowledgeable buyer service will help you choose just the right Aluminum Oxide Grinding Wheel factory in reliable price.

Airgas – NOR66252843590 – Norton® 4 1/2" X 1/8" X 5/8" – 11

Quality aluminum oxide for consistent performance at a economical price ; 1/8 inch thick depressed center wheel designed to be used on a right angle grinder for offhand cut-off, notching, and side cleaning pipes and weld beads ; Durable bond designed for consistent cut rate while retaining good wheel life Featuring a durable bond and crafted using a high-quality aluminum oxide abrasive and no wax or rubber fillers, this grinding wheel delivers consistent cut rates without loading. Engineered to be used at 30-degree angles on right-angle grinders, this 1/4-inch thick depressed center wheel is great for smoothing welds, offhand stock removal and Top on the list of our best grinder wheels is the DiamondX 4.5” Blade by Delta Diamond Products Incorporated. As the name suggests, this is a 4.5-inch grinder wheel designed for cutting both ferrous and non-ferrous metals. Made with high-grade GE Superabrasive diamond, it is highly resistant to wear and tough against metal surfaces.