Our Standard Abrasives™ Quick Change Ceramic Resin Fiber Disc runs cool during rapid stock removal on heat-sensitive metals: stainless steel, aluminum, high nickel alloys and titanium. The quick change attachment allows secure use of a smaller disc at high speeds. For these reasons, it is a great choice for grinding, deburring and finishing small areas – especially where heat is a concern.
A Remedy for Unwanted Burrs and Flash
Standard Abrasives™ Quick Change Ceramic Resin Fiber Disc is made with ceramic grain, one of the toughest synthetic minerals. To create ceramic mineral, alumina and other compounds are heated and melted almost to the point of liquefaction. When the grain cools and hardens, it becomes extremely durable, tough and wear resistant. Altogether, these grain characteristics make ceramic mineral a great match for precision grinding, deburring and finishing. It is cool cutting and reduces the risk for loading and part discoloration that results from heat. Our Standard Abrasives™ Quick Change Ceramic Resin Fiber Disc is a remedy for stubborn burr and flash removal, because it cuts swiftly and aggressively while staying fairly cool. Similarly, it’s great for weld removal on fabricated stainless steel and parting line removal on castings.
Secure Quick Change Attachment for High Speeds
Quick change discs allow tool-free swap outs, maintain secure attachment at high speeds, and save operators time when switching discs between grades or applications. This product is compatible with either TR or TS quick change sanding systems. Choose the disc compatible with your TR or TS holder pad. TR discs have a nylon threaded hub that easily mounts to a TR or 3M™ Roloc type holder pad with a turn of the wrist, and the TS system has a metal hub that attaches to its holder pad with a simple twist.
Beat the Heat
We engineer the Standard Abrasives™ Quick Change Ceramic Resin Fiber Disc by securely anchoring ceramic mineral to a fiber backing with an extra-long lasting resin bond. Considered a heavy-weight backing, fiber is extremely tough; it is hardened and condensed before ceramic mineral is adhered to it. A strong fiber backing combined wi