2-3/4" X 25 YDS PSA SHEET ROLL - Norton Company

The Norton Company 6152 PSA Sheet Roll delivers professional-grade abrasive performance for a wide range of automotive and industrial tasks. Featuring a durable aluminum oxide grit and a reliable pressure-sensitive adhesive (PSA) backing, this 2-3/4" x 25 yard roll ensures consistent material removal and a quality finish. Engineered for efficiency and longevity, it provides technicians and mechanics with a dependable solution for their demanding applications.

Key Features

• Premium Aluminum Oxide Grit: Provides aggressive cutting action and consistent finish on various materials, ensuring efficient stock removal and surface preparation.
• Pressure-Sensitive Adhesive (PSA) Backing: Offers secure attachment to sanding blocks and tools, preventing slippage and allowing for quick, hassle-free sheet changes.
• 2-3/4" x 25 Yard Roll Format: Designed for versatility, allowing technicians to custom-cut sheets to the exact size needed for specific jobs, minimizing waste.
• Professional-Grade Durability: Constructed to withstand rigorous use in professional shop environments, maintaining performance through extended applications.
• Consistent Finish Quality: Delivers uniform scratch patterns, crucial for achieving optimal results in painting, coating, and finishing processes.

Applications

This versatile abrasive sheet roll is an essential tool for numerous professional applications, including:

• Automotive Surface Preparation: Ideal for sanding body filler, primer, paint, and clear coats, preparing surfaces for painting or refinishing.
• Metal Fabrication: Effective for deburring, cleaning welds, and surface conditioning on various metal types.
• Woodworking and Cabinetry: Suitable for sanding and finishing wood, composites, and other similar materials.
• Industrial Maintenance: Used for general abrasive tasks, rust removal, and surface smoothing on machinery and equipment components.
• Composite Repair: Provides reliable material removal and finishing for composite panels and structures.