Cubitron II 7100179086 990FZ Sine Lok Splice Cloth Belt, 64 in W Belt x 110 in L, 60+ Grit, Ceramic Abrasive, Polyester Cloth Backing

Cubitron II, 7100179086, Cloth Belt, Sine Lok Splice, Series: 990FZ, 110 in Belt Length, 64 in Belt Width, 60+ Grit, Ceramic Abrasive, Polyester Cloth Backing, Open Coat, Purple, Applicable Materials: Wood, YF-Weight Backing Weight, Wet/Dry Wet/Dry Operation

3M Cubitron II cloth belt 990FZ offers revolutionary performance with 3M precision shaped grain on a tough polyester cloth backing. This high performing belt is constructed with an open coat and an additional antistatic treatment to further prevent loading during use on wood. It can also be used in either wet or dry applications. 3M cloth 990FZ is best suited for woodworking due to its durability and fast cutting abrasive material. Its tough, polyester cloth backing provides smooth operation and durability for consistent finishing. The abrasive side features an open coat construction and an anti-static treatment to help prevent debris from loading on the belt and limiting sanding ability. This belt uses revolutionary precision shaped ceramic grain to slice cleanly through wooden surfaces, rather than gouging or plowing as traditional abrasives do. This creates a super fast cut and reduces heat build up in the workpiece, reducing heat related defects. Moreover, because the abrasive itself stays cooler and sharper, it lasts significantly longer than conventional ceramic grain belts, decreasing costs and reducing belt changeovers. 3M Cubitron II products have raised the bar for high performing abrasives. Abrasive engineers started with 3M ceramic precision shaped grains and used technology to electrostatically orient each triangular structure on the backing to form sharp peaks and maximize cutting potential. These peaks act like individual cutting tools that slice through wood, ensuring extended high performance in heavy duty production applications. The grains wear evenly and provide extra long life and consistency with less grinding pressure, maximizing productivity and minimizing belt stress and operator fatigue.