3M Hookit Disc Pad securely holds a 3M Hookit sanding or finishing disc or 3M Finesse-it buffing pad for use with a hand-held sanding tool such as a rotary, orbital, random orbital sander. The 45 degree tapered edge provides flexibility and allows the sanded area to be feather-edged or more easily blended.
3M Hookit hook-and-loop feature makes disc attachment, removal, re-attachment easy and facilitates use and re-use of the disc for the extent of the abrasive life. Hookit disc pads have J-shaped hooks of the type most commonly used in everyday hook-and-loop applications. Hookit disc pads grip the brushed nylon loop backings of 3M Hookit discs and provide a finer finish than do adhesive backed discs. The Hookit system is designed for work spaces where adhesive backed discs may become contaminated by dust, dirt, flying debris.
Features:
- J hooks securely hold a 3M Hookit disc or 3M finesse-it buffing pad
- For use with a random orbital sander, rotary sander, right angle grinder
- 3M Hookit system provides easy removal and re-use
- 45 degree tapered edge provides some flexibility for feather-edging and blending
Manufacturer Part Number | 7100041340 |
Legacy SKU | 60440241341 |
Overall Diameter (Inch) | 6.0" |
Overall Diameter (mm) | 152.4mm |
Overall Length (Inch) | 0.56" |
Overall Length (cm) | 1.43cm |
Overall Thickness (Inch) | 0.75" |
Overall Thickness (mm) | 19.05mm |
Overall Width (Inch) | 6.0" |
Overall Width (cm) | 15.24cm |
Maximum Speed | 12000.0 mps |
Abrasive Attachment Type | Hook & Loop |
Color Family | Yellow |
Density Rating | Medium |
Equipment - Machines | Disc Sanders |
Form Type | Molded |
Front Color | Yellow |
Function/Attachment Style | Hook & Loop, Coated Abrasives |
Hook Type | 2 |
Formula | Yellow |
Product Type | Back-up Pad |
Shape | 45 Degree |
Thread Size | 5/16-24 EXT |
Type | Regular |
Warning:
This product can expose you to materials and/or chemicals including arsenic, lead, and other materials and/or chemicals which are known to the state of California to cause cancer and/or reproductive harm.
For more information, visit www.P65Warnings.ca.gov