Disc mov 334U HKT LD060A 120+ 90 MM 3M

Disc mov 334U HKT LD060A 120+ 90 MM 3M

Get a 30% faster cut compared to other premium abrasive materials
Precision-shaped grains with sharpening last twice as long as conventional industrial abrasives
A clearer cutting surface means less pressure for friction and reduced wear
The Clean Sanding multi-hole pattern provides excellent dust extraction
The Hookit ™ hook and loop style attaches securely, removes quickly for fast changes
Available in grades 80+ to 320+
Achieve superior cut and durability in key stages of automotive repair with 3M ™ Cubitron ™ II Hookit ™ Purple + Multi Abole Abrasive 737U. Our triangular grain abrasive disc with a multi-hole pattern is ideal for paint removal, shaping hard body filler material, fine feather edging, and final preparation before blending or priming.

Shape rough body filler, remove paint, and create a fine feather edge with 3M ™ Cubitron ™ II Hookit ™ Purple + Multi Abole Abrasive 737U. Our triangular-shaped application and multi-hole abrasive disc can also be used for final preparation before blending or priming. It offers superior cut, 30% faster than other premium abrasives, and long disc life during key stages in auto body repair. The abrasive disc surface features our precision grain technology. It consists of electrostatically oriented triangular grains. Each grain acts as an individual cutting tool to cut through paint and body filler. The multi-hole pattern on our abrasive disc provides excellent dust extraction, increasing cut rate and disc life. The back of the abrasive disc features our Hookit ™ technology. A hook and loop system for workspaces where adhesive-backed discs can become contaminated by dust, dirt, or flying debris. Hookit ™ sanding discs attach to a hook and loop backup disc (sold separately) on a random orbital sander, can be removed cleanly and easily, and can be reused again and again for abrasive life.

Suggested applications
Use for paint removal, for shaping coarse body filler, and for creating fine plates