3M Cubitron II Hookit File Sheet, 34511, 220+ grade, 4 1/2 in x 30 in, (10 sheets/pack) Case of 50

• 3M Hookit hook-and-loop style abrasive attaches firmly, removes quickly for fast change-out
• Features 3M Precision-Shaped Grain, triangular-shaped grains that cut at least 30% faster and last at least 30% longer than other conventional ceramic abrasives
• Precision-Shaped Grain (PSG) technology employs microreplication to obtain sharp and uniformly sized triangular grain
• Triangular PSG abrasive grains are sharp and cut exceptionally fast

3M Cubitron II Hookit File Sheets 737U combine the highest 3M technology for automotive repair. Long-lasting triangular shaped grain and multi-hole patterns for excellent dust extraction make the sheets ideal for paint removal, rough body filler shaping, fine feather-edging or final prep before blending or priming. The Hookit system makes for quick disc change-outs. Kiss-cut technology makes it easy to tear off abrasive in the right lengths for the job. We developed our Cubitron™ II Hookit™ File Sheets 737U for superior cut and long life during key stages in auto body repair. Its long lasting triangular shaped grain and multi hole pattern for superior dust extraction make the sheet ideal for paint removal, rough body filler shaping, fine feather edging or final prep before blending or priming. Our Hookit™ system makes for quick change outs of abrasive sheets. This abrasive is ideal for feather edging, as a final sanding step before priming, or during prep before blending.

Cubitron™ II and Precision-Shaped Grain
Cubitron™ II abrasive discs, file sheets and sheet rolls have raised the bar for high-performing abrasives. Cubitron™ II abrasives feature our Precision-Shaped Grain (PSG) technology, which helps provide faster cut. The result: Cubitron™ II cuts at least 30% faster and lasts 30% longer than conventional ceramic abrasives.

About Hookit™ Attachment
3M offers a complete range of hook and loop style Hookit™ abrasives for work spaces where adhesive backed products may become contaminated by dust, dirt, or flying debris. Hookit™ sanding abrasives conveniently and firmly attach to a hook and loop backup pad (sold separately), can be removed cleanly and easily, and can be reused again and again for the extent of the abrasive life

 

3M Cubitron II Model

The 3M Cubitron II Hookit File Sheet, model 34511, is designed for professional use with high-quality abrasive technology. This model features the trusted 3M brand and incorporates the Hookit system for easy attachment and removal.

Its design supports fast abrasive changes, making it ideal for automotive repair and other demanding tasks. The model 34511 ensures consistent performance with every use.

220+ Grade Abrasive Power

This product comes with a 220+ grade abrasive, providing a fine yet effective sanding surface. The grade is perfect for detailed work such as feather edging and final prep before priming.

Using this grade helps achieve smooth finishes and precise results, especially in automotive body filler shaping and paint removal tasks.

Dimensions For Versatile Use

The file sheets measure 4 1/2 inches by 30 inches, offering a large surface area for efficient sanding. These dimensions allow for easy handling and coverage of various surfaces.

Such sizing is well-suited for automotive repair jobs, enabling users to work quickly and effectively on larger panels or detailed edges.

Hookit System Convenience

The Hookit hook-and-loop style backing firmly attaches to compatible pads and removes quickly for fast change-outs. This system reduces downtime and improves workflow efficiency.

It also allows for repeated use of the abrasive sheets throughout their lifespan, making it a cost-effective choice for professionals.

Pack Count And Format

This product is sold in packs of 10 sheets, with a case containing 50 sheets total. The pack size supports bulk purchasing for ongoing projects or professional workshops.

The file sheet format combined with the pack count ensures users have enough material for multiple jobs without frequent reordering.