3M Hookit (TM) Multihole backing pad 150 mm 7000032219

The 3M (TM) Hookit (TM) backing pads are used to hold velcro-backed and self-adhesive sanding discs in a wide range of dimensions. They have been specially developed for use on 3M random orbital sanders and differ in diameter, perforation and thread. It is precisely balanced and has been specially developed for use on 3M electric random orbital sanders with the short code 64384 and 64380. As a universal disc, it is ideally suited for all common hole patterns. 3M (TM) Hookit (TM) backing pads ensure that automotive paint shops achieve professional results while increasing their overall productivity. Our backing pads can be used very frequently. Another advantage is that they can be changed quickly and produce exceptional finishes on automotive paints. The sanding discs are securely attached with a non-slip grip and can be easily removed when needed. You should use this disc to achieve professional, high-quality finishes on gel coats and paints. It is part of the 3M (TM) Perfect-It (TM) system, which produces perfect finishes with bright colors and glossy paint. Use polishing pads to carefully and effectively remove defects. This saves you a lot of time. The pads are cushioned so that the finish on car paintwork is homogeneous and shiny. This padding also makes it easier to polish surfaces to a high gloss. Our backing pad is equipped with the 3M (TM) Hookit (TM) quick-change system, which makes it easy to change sanding discs. For a secure attachment, simply press on the backing pad and pull it off again after use. Hookit saves time when frequently changing abrasives with different grit sizes. This means that abrasives with a remaining service life can simply be removed and reattached. This is particularly useful when a different grit is required but the abrasives currently on the disc have not yet been completely used up. Simply remove the disc and reattach it later. Hookit (TM) ensures the same firm hold - an important advantage compared to pressure-sensitive discs, where the abrasive can be affected by dust and air once the disc is removed.