Norton Ceramic Flap Disc

Ceramic discs are suitable for use on for mild carbon steel and ferrous metals.
Norton ceramic flap disc. Faster cut rate due to the supersize grinding aid. Aluminum oxide discs are suitable for use on aluminum brass bronze stainless steel carbon steel and titanium. Consists of a unique ceramic structure this aluminia abrasive provides longer life compared to other mini flap discs on stainless steel titanium and super alloys. Disc can be used on pneumatic tools pencil grinders.
Type 29 flap discs 5 disc diameter feature durable fiberglass backing which requires less pressure for heavy stock removal. Norton flap discs are designed for right angle hand held grinding machines for heavy stock removal and surface blending. Norton redheat abrasive flap disc type 27 5 8 arbor ceramic and zirconia alumina 4 diameter grit 60 pack of 10 4 5 x 7 8 premium high density jumbo zirconia type 29 flap disc 40 grit 10 pack. The abrasive flaps are adhered to a rigid backing plate.
Norton ceramic flap discs msc. 30189153 norton 4 1 2 36 grit 7 8 center hole type 29 ceramic alumina flap disc very coarse grade coated. Standard ceramic oxide zirconia pro a o extra a o pro zirconia vsm z a a o walter enduro flex weiler saber tooth ceramic tiger zirconium a o vortec competitive conversion guide did you know that flap discs can grind and finish in one step. Easily trimmable flexible plastic back plate wears away as flap disc grinds to allow full use of each flap.
Flap discs fact sheet continued on back. It is the back plate that provides stability during operation with cooler cut less vibration and smoother finish without gouging. Flap discs flap discs offer right angle grinding versatility with a product that can grind and finish in a single operation. Norton quantum r928 high performance flap discs are made up of polycotton cloth backing and ceramic grain providing an improved cut rate better finish and product life compared to both premium zirconium discs and ceramic products in the market thanks to its high density configuration.