Fiber Discs

United Abrasives - Sait 50273 Z Fiber Disc 4-1/2" x 7/8" 36 Grit Zirconium Zirconium grain - premium, closed coat structure for aggressive stock removal and long life. Resin over resin construction for a strong bond that is resistant to heat and moisture. Vulcanized fiber backing for heavy duty sanding.

United Abrasives - Sait 50255 AO Fiber Disc 4-1/2" x 7/8" 60 Grit Aluminum Oxide Economical aluminum oxide grain for general grinding. Open coat structure prevents loading, fast material removal. Resin over resin construction for a strong bond that is resistant to heat and moisture. Vulcanized fiber backing for heavy duty sanding.

United Abrasives - Sait 50147 3A Fiber Disc 4-1/2" x 7/8" 120 Grit Aluminum Oxide Premium aluminum oxide grain with grinding aid. Special aluminum oxide grain to reduce heat build up and reduce loading. Closed coat structure for more material removal and better finishing. Resin over resin construction for a strong bond that is resistant to heat and moisture. Vulcanized fiber backing for heavy duty sanding.

United Abrasives - Sait 50194 9S Fiber Disc 4-1/2" x 7/8" 36 Grit Ceramic High performance, ceramic grain with grinding aid. Closed coat, grinding aids for reduced heat and decreased loading. Excels on heat sensitive materials. Exceptional performance and value. Resin over resin construction for a strong bond that is resistant to heat and moisture. Vulcanized fiber backing for heavy duty sanding.

Engineered for ultra-rapid cut, 3M(TM) Fiber Disc 787C features 3M Precision Shaped Grain. With its outstanding cut, durability, and ease of use, this disc offers a step up in performance over conventional fiber discs. Constructed with a grinding aid, it is an excellent choice for weld removal, blending, and finish refinement on stainless steel and high nickel alloys. Coat type is Closed Coat. Designed for stainless steel and other heat-sensitive applications, the proprietary 3M(TM) Precision Shaped Grain technology improves disc life, cuts faster and can increase productivity compared to ...