3M 6 P240 Stikit Gold Abrasive Disc Roll 216U (1437)

3M 6″ P240 Stikit Gold Abrasive Disc Roll 216U (1437) is designed for efficient sanding in collision repair applications. It utilizes aluminum oxide abrasive for a sharp cut and a smooth finish.

KEY FEATURES AND BENEFITS:Fast and Efficient Sanding: Aluminum oxide abrasive provides a sharp cut for quick material removal.Cost-Effective: Tear-off design eliminates the need for liners, reducing material waste.Versatile: Suitable for various substrates including clear coat, fiberglass, paint, primer, and plastic.Easy to Use: Stikit adhesive allows for quick and easy attachment and removal.Long Disc Life: Open coat construction and anti-loading coating prevent clogging, extending disc life.SPECIFICATIONS:Grit: Available in a range of grits for various sanding needs.Diameter: Varies depending on the specific product.Backing: A-weight paperMineral: Aluminum oxideHOW TO USE:Prepare the Surface: Ensure the surface is clean and free of debris.Attach the Disc: Tear off a single disc from the roll and firmly press it onto the desired 3M Stikit Disc Pad.Sand the Surface: Apply even pressure and use smooth, consistent motions.Remove the Disc: Gently peel the disc off the surface.Dispose of Properly: Dispose of used discs responsibly.BENEFITS OF USING 3M 6″ P240 STIKIT GOLD ABRASIVE DISC ROLL 216U (1437):Improved productivity: Efficient sanding reduces overall sanding time.Reduced material costs: Tear-off design eliminates liners, saving on material costs.Consistent finish: Provides a consistent and uniform finish across the surface.Enhanced safety: Reduces the risk of clogging and disc failure.FEATURES:Utilizes aluminum oxide abrasive for a sharp and aggressive cut.Features an open coat construction to prevent clogging and improve dust removal.Incorporates an anti-loading coating to minimize clogging and maintain consistent performance.Designed with a tear-off design for easy and efficient use.Employs A-weight paper backing for optimal performance in fine finishing applications.