The rigid fiber base and the strong synthetic resin compound ensure long life and wear resistance in heavy grinding applications.This text is machine translated.
The 3M™ Cubitron™ II 987C fiber disc offers higher removal rate and service life than other fiber and grinding wheels. Our grinding wheels are equipped with 3M precision-shaped grinding grain in combination with a rigid fiber base for higher productivity...
Suitable for high demands, such as structural steel processingThis text is machine translated.
The 3M™ Cubitron™ II fiber disc 982C is the first choice for general metal working. The unique precision grain technology from 3M stands for unique cutting power and service life. This fiber disc achieves fast grinding processes, maximum ablation...
The 3M™ Cubitron™ II fiber disc 982C is the first choice for general metal working. The unique precision grain technology from 3M stands for unique cutting power and service life. This fiber disc achieves fast grinding processes, maximum ablation...
Designed to grind faster and longer than comparable ceramic productsThis text is machine translated.
The 3M Xtract™ Cubitron™ Filmdisk 775L features a patented 3M™ multi-hole punch that provides better dust extraction when finishing. Part of the 3M Xtract™ series, the optimum in terms of dust removal and performance. Our innovative multi-hole...
The 3M Xtract™ Cubitron™ Filmdisk 775L features a patented 3M™ multi-hole punch that provides better dust extraction when finishing. Part of the 3M Xtract™ series, the optimum in terms of dust removal and performance. Our innovative multi-hole...
With the 3M™ Cubitron™ II 969F fan disc, 3M adds a more robust version to its fan disc line, which scores with higher service life due to its optimized design at higher contact pressure and more critical surfaces (burrs). The characteristics of this...
With the 3M™ Cubitron™ II 969F fan disc, 3M adds a more robust version to its fan disc line, which scores with higher service life due to its optimized design at higher contact pressure and more critical surfaces (burrs). The characteristics of this...