3M Hookit Paper Disc 763U, 60 F-weight, 5 in x NH, Die 500X, 50/Pac, 2Case of 50

• Best for blending and finishing stainless steel, aluminum and carbon steel
• Ceramic aluminum oxide blend yields a high cut rate and exceptional durability
• Extra heavy, strong F-weight paper backing withstands rugged use, resists tearing
• Good for paint stripping or D/A applications on metal

The 3M Hookit Paper Disc 763U combines a blend of ceramic and aluminum oxide abrasive grain and a heavy F-weight paper backing to make short work for tasks like defect repair on metals, prep for paint and orbital sanding. 3M Hookit attachment system makes tool attachment swift and simple.

Stay Cooler, Cut Faster, Last Longer
A blend of aluminum oxide and 3M Ceramic Abrasive Grain provides our 3M Hookit Paper Disc 763U with its fast cut and exceptional durability.

Perfect for moderate to heavy stock removal as well as finishing, ceramic abrasives are engineered to handle intense heat and stress applications. Ceramic/aluminum oxide blends surpass aluminum oxide alone in cut-rate and durability and make an excellent choice for difficult grinding applications. Closed coat construction contributes to higher stock removal and longer life. It is great for final finishing and polishing on metal substrates, as well, because the dense concentration of mineral lays down a finer pattern.

Available in grades of 60, 80, P100 and P120, 3M Hookit Paper Disc 763U is a premium product that is ideal for work on metal. With a resin bond that is tough and resilient, and paired with the F-weight paper backing, this disc is made to stand up to demanding applications.

Swift, Simple, Secure Attachment
Hookit sanding discs conveniently attach to a 3M Hookit Disc Pad (sold separately), can be removed swiftly and easily, and can be re-used again and again for the extent of the abrasive life. It couldn't be simpler to attach a disc, and it stays firmly seated. This disc tends to leave finer finishes than a flatter pressure-sensitive backing, it is more flexible and it resists contamination by dust, dirt, and debris unlike pressure-sensitive adhesive backings.

Recommended Applications
The 3M Hookit Paper Disc 763U is commonly used for blending and finishing stainless steel, aluminum and carbon steel.

Reliable 3M Hookit Model

The 3M Hookit Paper Disc 763U is designed for efficient sanding and finishing. This model combines a ceramic aluminum oxide blend with a strong F-weight paper backing for durability and performance.

Its unique Hookit attachment system ensures quick and secure tool connection, making it easy to switch discs during work. The 763U model is ideal for metal prep and finishing tasks.

Durable F-Weight Backing

This disc features an extra heavy, strong F-weight paper backing that resists tearing and stands up to rugged use. This backing supports the abrasive grain for consistent sanding results.

Thanks to this backing, the 5 in x NH disc maintains flexibility and durability, making it suitable for demanding applications on stainless steel, aluminum, and carbon steel.

Effective 60 F-Weight Grade

The 60 F-weight grade of this disc provides a balance of fast cutting and smooth finishing. It’s perfect for moderate to heavy stock removal and paint stripping on metal surfaces.

Available in a 50 pack, the discs offer consistent performance for blending and finishing tasks, helping users achieve professional results every time.

Convenient 5 Inch Size

Measuring 5 inches in diameter, these discs fit standard sanding tools with NH attachment. This size is versatile for various metalworking and finishing jobs.

The 5 in dimension allows for efficient coverage and control, making it easier to handle detailed work on stainless steel, aluminum, and carbon steel.

Bulk 250 Disc Case

Sold in a bulk case of 250 discs, this pack is ideal for workshops and professionals who need a reliable supply. The large quantity ensures you won’t run out during important projects.

Each case contains five 50-disc packs, providing convenience and value for heavy users who require consistent abrasive performance over time.