You are here: Home > 3M Abrasives > 3M Abrasives for Electronics > 3M Lapping Film Sheets > 3M Diamond Lapping Film Sheets
We found 0 results matching your criteria.
These high-quality films provide a precision finish every time. Available in discs, rolls and sheets, our lapping films are ideal for polishing fiber optic connectors and rigid memory disks, texturing thin film disks, roll superfinishing and flat lapping applications.
3M Abrasives for Electronics Sheets 631X 3M Abrasives for Electronics Sheets 661X
3M Diamond Lapping Films are comprised of tightly graded diamond mineral uniformly coated on a polyester film backing. Enables long abrasive life with a superior finish
Use on extremely hard materials for repeatable, precision finish. Combines micron-graded diamond particles, resin bonding system and highly uniform polyester
3M Abrasives for Electronics Sheets 661XU 3M Abrasives for Electronics Sheets 662XW
Micron graded diamond particles resin bonded to a polyester backing, offer a cleaner, more consistent alternative to diamond compounds or slurries.  Use to
Thicker diamond coating and harder resin provide added durability and increased cut rate over standard type. Long lasting, clean polishing, premium diamond abrasive. Used
3M Abrasives for Electronics Sheets 663X 3M Abrasives for Electronics Sheets 664X
Combines micron-graded diamond particles, highly uniform polyester film backing with resin bond that is harder than standard product. Use primarily in roll microfinishing
Combines micron-graded diamond particles, highly uniform polyester film, self-adhesive backing with resin bond that is harder than standard product. Used primarily in roll
3M Abrasives for Electronics Sheets 666XW 3M Abrasives for Electronics Sheets 668X
3M Diamond Lapping Films are comprised of tightly graded diamond mineral uniformly coated on a polyester film backing. Enables long abrasive life with a superior finish
Use on extremely hard materials for repeatable, precision finish. Combines micron-graded diamond particles, resin bonding and highly uniform polyester film