Cubitron 94946 Cubitron⢠3 Cut and Grind Grinding disc Diameter 125 mm Bore diameter 2223 mm 10 pc(s)
The 3M⢠Cubitron⢠3 Cut & Grind Roughing Disk is a versatile solution that can be used as both a roughing and cutting disc - Ideal for cutting, fillet weld grinding, banding and more. Unlike other sanding products, which are designed for just one task, this disc can cope with several challenges thanks to a flat, reinforced interior surface that can shape or grind objects and a thin outer edge that can be used to make vertical cuts and cut-outs. This design eliminates the need for multiple abrasives and can help maximize production. The 3M⢠Cubitron⢠3 Cut & Grind Roughing Disk uses the revised 3M precision shaped grain, which uses patented microfragments of molecular binding technology. Their structure is designed to break continuously during the grinding process and to form many sharp cutting edges. These smooth, sharp edges help to create an abrasive that cuts faster, grinds cooler and lasts much longer than conventional abrasives. 3M⢠Cubitron⢠high performance abrasives are designed for professionals who demand more from their equipment. Select the 3M⢠Cubitron⢠3 Cut & Grind Scrubbing disc to experience the next generation of grinding performance.MULTIPLE FUNCTIONSUsed as a grinding disc and a cutting disc, WAS ES Ideal can be used for cutting, grinding, grooving and moreINCREASED SPEEDProvides up to 5% increased cutting speed compared to 3M⢠Cubitron⢠II abrasives to reduce the time and pressure needed to complete the workSTABLE, REINFORCED, RESIN-BOUND DISCDeveloped to be used both as a roughing and as a cutting wheel on stainless steel and structural steelIMPROVED EASE OF USEA revised composition provides a better balance and a quieter application, while maintaining superior performance to reduce rework and improve surface qualityLONG LIFEDeveloped to last longer than leading competitorsREVISED 3M precision shaped GRAIN3M has reworked the precision shaped ceramic triangular grain, using proprietary advances in grain form and molecular binding technology to create angular structures that continually break into new sharp grain tips. It therefore wears evenly and runs cool with optimum mineral leakageThis text is machine translated.