7010309146 3M Stikit Soft Disc Pad 70449, 1-1/8 in x 1/8 in, 5/Bag, 25 ea/Case

3M Sales UPC: 00051111564721; 3M 5-Digit Part Number: 56472; 3M Previous Stock Number: 60980106151; 3M Consumer UPC: No Data; 3M Inner UPC: 30051111564722; 3M Shipper UPC: 50051111564726; Ship Container Length: 16.001 (Centimeter); Ship Container Height: 11.684 (Centimeter); Ship Container Width: 16.001 (Centimeter); Ship Container Volume: 2991.478 (Cubic centimeter); Ship Container Weight: 181.436 (Gram); Shelf Life: 1825 Days; Country of Origin: USA; ECCN Number: EAR99; Harmonizing Code: 8467990190; Transport Protective Service: PROTECTIVE SERVICE NOT REQUIRED; NMFC Item: 049170; NMFC Sub: 00; NMFC Class: 085.0; US DOT, 49 CFR Ground: NOT REGULATED; US DOT, 49 CFR Vessel: NOT REGULATED; International Air Transport Association (IATA): NOT REGULATED; International Maritime Organization (IMO): NOT REGULATED. Product Information: 3M™ Stikit™ Soft Disc Pad 70449 is a replacement vinyl face for 3M™ Finesse-it™ Hand Sanding Pad part numbers 50199 and 70437, so operators can replace worn or damaged pad faces on their hand sanding pads..

Soft Density Foam Responds to Contours and Surface Imperfections
3M™ proprietary VHB (very high bond) adhesive covers the back of 3M™ Stikit™ Soft Disc Pad to ensure a sturdy and secure attachment to 3M™ Finesse-it™ Hand Sanding Pad part numbers 50199 and 70437. The soft density foam reduces edge cuts if the operator tips the pad while sanding.

Vinyl Face for PSA Discs
3M™ Stikit™ Soft Disc Pad has a smooth vinyl face that drives small, 1-1/4," 3M™ Stikit™ discs with pressure-sensitive adhesive (PSA) backings. By applying pressure, the disc can be stuck to the pad, much like a sticker. The vinyl face of the pad, combined with the PSA backing of the discs, allows for easy removal with minimal residue and convenient disc changes between applications. Moreover, the PSA to vinyl face attachment is very close — with only the adhesive standing between the pad and the disc. In this way, few barriers limit the hand-held pressure operators choose to apply and transfer this power directly to the substrate.