Hookit Gold Disc 6 Inch P220 100/Box - 3M Automotive

The 3M Automotive Hookit Gold Disc 978 is a professional-grade 6-inch abrasive disc, engineered for precision and efficiency in automotive and industrial finishing applications. This P220 grit disc, supplied in a convenient box of 100, is specifically designed to deliver consistent results for critical fine sanding and surface preparation tasks. Its robust construction supports professional technicians and mechanics in achieving optimal surface quality before subsequent coating processes.

Key Features

• Hookit Attachment System: Features the reliable 3M Hookit attachment system, enabling quick, secure, and tool-free disc changes to maximize workflow efficiency.
• Aluminum Oxide Abrasive: Constructed with a durable aluminum oxide abrasive mineral, providing consistent cutting performance and extended disc life for demanding professional use.
• P220 FEPA Grade: The P220 FEPA grit grade creates a uniform and controlled scratch pattern, making it ideal for fine feather-edging and the final sanding stages before priming.
• Optimal Performance Compatibility: Designed for use with 3M™ Hookit™ Low Profile Disc Pad (PN 05756), 3M™ Hookit™ Disc Pad (PN 05776), and 3M™ Hookit™ Soft Interface Disc Pad (PN 05774) for enhanced sanding control and consistent finishes.
• Professional Quantity: Each box contains 100 discs, ensuring an ample supply for high-volume automotive body repair shops and industrial facilities.

Applications

This 3M Hookit Gold Disc is an essential tool for various professional applications. It is primarily utilized for fine feather-edging on automotive body panels, facilitating seamless transitions between repaired areas and existing paintwork. The P220 grit also serves as the critical final sanding step before primer application, ensuring a meticulously prepared surface that promotes excellent primer adhesion and a smooth foundation for topcoats. Additionally, its consistent abrasive quality makes it suitable for a range of industrial finishing processes requiring a fine, uniform surface profile.