P220 5" Cyclonic NorGrip Discs - Norton Company

The Norton P220 5" Cyclonic NorGrip Discs, model 776960-07757, are engineered for professional technicians and mechanics seeking superior performance in demanding sanding and finishing tasks. These discs leverage advanced Multi-Air Cyclonic technology to ensure a clean work environment and deliver consistent, high-quality results across various automotive and industrial applications. Designed for durability and efficiency, they offer an extended lifespan and exceptional cut rate.

Key Features

• Advanced Abrasive Technology: Utilizes P-graded, seeded gel ceramic alumina abrasive for a cool, fast, and consistent cut rate, ensuring longer disc life than traditional paper discs.
• Maximized Dust Extraction: Features a laser-cut, spiral vacuum hole design (Multi-Air Cyclonic technology) that effectively maximizes dust extraction, reducing contamination and maintaining a cleaner workspace.
• Enhanced Durability: Constructed with a unique fiber-reinforced, flexible latex-saturated backing, providing a 50 to 60% improvement in tear strength while retaining essential flexibility.
• Load-Resistant Coating: A water-based, non-pigmented stearate No-Fil coating and open coat design prevent loading and eliminate color transfer to the workpiece.
• Effortless Disc Changes: Equipped with NorGrip (hook and loop) attachment for quick and easy disc mounting and removal, optimizing workflow.
• Versatile Compatibility: The Multi-Air Cyclonic hole design eliminates the need to align holes with the backup pad, making changeover fast and easy with any multi-hole (54+ holes) pad.

Applications

These P220 grit discs are an exceptional choice for demanding fine grit blending, sanding, and finishing operations. They are particularly effective in collision repair, general automotive maintenance, manufacturing, and metal fabrication. Ideal for preparing surfaces on soft, high-loading materials, soft metals, composites, and painted or primed surfaces, they consistently deliver a smooth and refined finish.