Key Features
- Revolutionary 3M Precision Shaped Grain technology provides fast cut and long life
- Cuts up to 2x as fast as conventional abrasives
- Film backing for greater tear resistance and edge retention
- Ideal for a wide variety of substrates and applications focused primarily on stock removal
- Hook and loop attachment makes disc changes fast and easy
- Precise multi-hole pattern provides superior dust extraction
- For industrial/occupational use only. Not for consumer sale or use
Specifications
| Brand | 3M |
| Manufacturer | 3MIA9 |
| Model | 00051125868228 |
| Material | Ceramic |
| Color | Purple |
| Size | 5 in, 80+ |
| Style | No Hole |
| Product Type | ABRASIVE_WHEELS |
| Included Components | 50 775L Clean Sanding Film Discs |
| Recommended Uses | Cutting |
| Item Highlights | 50 Hook and Loop Sanding Discs, for Paint Preparation and Removal, General Sanding, Refining, Blending, and Featheredge |
| Item Type Keyword | hook-and-loop-discs |
| Item Dimensions | H: 3 / L: 127 / W: 127 (Weight: 438) |
| Package Dimensions | H: 67 / L: 133 / W: 132 (Weight: 440) |
| unit |
Description
The 3M Xtract Cubitron II Disc 775L is a part of the 3M Xtract Series, meaning that it is specially designed for optimal dust removal. Featuring an innovative, multi-hole pattern that extracts dust better than 5 or 6-hole products, this product delivers dramatically increasing disc life — without the need to align the disc pad holes. This product also uses ceramic 3M Precision-Shaped Grain, a revolutionary advancement in abrasive technology comprised of triangular-shaped ceramic mineral designed to slice through the substrate, rather than gouging or 'plowing' like conventional abrasives. This results in a disc that cuts quickly and efficiently. Additionally, the 3M Xtract Cubitron II Disc 775L has a film backing that delivers outstanding tear resistance, flexibility, and a consistent, uniform finish on a variety of substrates, including metals, composites, gelcoat, and whitewood. For best results, pair this disc with a 3M Xtract Random Orbital Sander.
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