The Ease of a Disc Roll, The Speed of Stikit™ Attachment
3M™ Stikit™ disc rolls are multiple adhesive-backed abrasive discs rolled onto a core. This makes them easy to tear off one at a time for speed and efficiency, and there’s no need for liners which saves on material costs. These ready-to-use Stikit™ discs feature a pressure sensitive adhesive coating on the backs – simply press the disc onto the backup pad and you’re ready to go. They remove just as cleanly, leaving an uncontaminated surface for the next disc. We recommend using Stikit™ discs with 3M™ Stikit™ Disc Pads.
Sharp Abrasive for a Refined Finish
With its open coat construction and aluminum oxide mineral abrasive, our 3M™ Stikit™ Gold Disc Roll 216U provides a sharp cut – more aggressive than a comparable closed coat abrasive of the same grade. Light A-weight paper backing and a range of medium-coarse to fine grits make the disc ideal for featheredging and primer sanding. The Stikit™ Gold Disc Roll 216U is available in a range of sizes and works with all collision repair substrates including clear coat, fiberglass, paint, primer and plastic.
Resists Dust and Debris
Open coat construction means the abrasive grains on our 3M™ Stikit™ Gold Disc Roll 216U are placed with space between them to help evacuate sanding dust and other debris and avoid clogging the cutting edge of the grains. The anti-loading coating also allows the disc to continue cutting even when sanding materials that would otherwise clog the disc. All of this adds up to increased productivity and reduced material consumption.
Our 7-hole pattern on select versions of 3M™ Stikit™ Gold Disc Roll 216U helps clear dust from the surface of the disc, making for longer disc life and a more consistent finish.
Better Science for Better Sanding from 3M
Our 3M™ Stikit™ Gold Disc Roll 216U is designed for long life – even for tough auto body sanding projects. From its aluminum oxide mineral abrasive to its anti-loading open coat construction to its Stikit™ attachment, this disc roll is another way that 3M applies science to make life easier for professionals in collision repair.

Insize 2341-2E2, DIAL DEPTH GAGE, 0-12", 6928640326684
Dynabrade 90411 1/8" W x 24" L 220 Grit A/O DynaCut Belt, 50/pack
Dynabrade 39200 2" Type C, Roto Peen Flaps
Dynabrade 50296 5" Dia. Disc Backup Pad, Hard Density, 5/8"-11 Thread
Dynabrade 90226 1/4" W x 18" L 320 Grit A/O DynaCut Belt, 50/pack
Dynabrade 90292 1/2" W x 18" L Medium NWN DynaBrite Premium Belts, 10/pack
Dynabrade 92153 1/2" W x 12" L 80 Grit Ceramic DynaCut Scalloped Edge Belt, 50/pack
Air Turbine Tools 310RXDM - 1/4" Router Hand Tool Series with Brake, 30,000RPM, 43436
Dynabrade 95216 Pin
Dynabrade 21457 ND3071, Red Plastic Cover
Dynabrade 56180 5" Dia. Non-Vacuum Disc Pad, Hook-Face, Short Nap
Dynabrade 90499 1/2" W x 34" L 120 Grit A/O DynaCut Belt, 50/pack
Dynabrade 90368 3/4" W x 34" L 80 Grit A/O DynaCut Belt, 50/pack
Dynabrade 82489 6" Dia. x 100 Grit A/O Vacuum PSA Filmbac DynaCut Disc, 100/Pack
Dynabrade 78006 1/2" W x 12" L Coarse Non-Woven DynaBrite Belts, 10/pack
Dynabrade 21432 ND220, Vane 5/Pack
Dynabrade 94112 7" Dynacut Diamond Segmented Rim Cut-Off Blade
Dynabrade 79145 1/4" W x 24" L 60 Grit DynaCut Premium Ceramic Belt, 50/pack
Dynabrade 78538 3/4"Dia. 2-Set, 3-48 Female Center Thread, 80 Grit, Dynacut A/O Overlap Slotted Disc, 100/pack
Dynabrade 61123 High Efficiency Collection Filter Bag (15-22 Gallon)
Dynabrade 79061 1/2" W x 24" L 60 Grit A/Z DynaCut Belt, 50/pack
Air Turbine Tools 310RXSV - 1/4" Router Hand Tool Series, 30,000RPM, 43430
Dynabrade 90874 2" Dia. Very Fine NWN DynaBrite Locking-Type Disc, 25/pack
Dynabrade 90268 3" W x 10-11/16" L 180 Grit A/O DynaCut Belt, 10/pack
Dynabrade 78055 1" W x 24" L Medium NWN DynaBrite Belt, 10/pack
Dynabrade 01794 Rubber Drive Wheel
Dynabrade 15101 Tension Arm (for Mini Dynafile II)
Dynabrade 78020 1/2" W x 18" L Medium NWN DynaBrite Belt, 10/pack
Dynabrade 90549 1/2" W x 44" L 120 Grit A/O DynaCut Belt, 50/pack
Dynabrade 94897 Re-usable Compression Fitting Ass'y (for 8mm Hose)
Dynabrade 95756 Speed Control for Extreme Dynorbital Sanders 
