6" CYCLONIC MULTAIR DISCS 180GR 50/PK - Norton Company

The Norton 07775 6" Cyclonic Multi-Air Discs with 180-grit Norton SG ceramic alumina grain are engineered for professional-grade material removal and finishing. These abrasive discs deliver a consistent, fast cut and extended lifespan, making them a reliable choice for demanding automotive, industrial, and marine applications. Their advanced design ensures efficient dust extraction and superior performance on a variety of challenging surfaces.

Key Features

• Precision Dust Extraction: The unique precision laser-cut, spiral-hole design, based on the Golden Ratio, maximizes dust extraction for a cleaner work environment and reduced potential for contamination in the shop.
• Consistent Cutting Performance: Featuring Norton SG ceramic alumina grain across the entire grit range, these discs provide a uniform and aggressive cut throughout their operational life, ensuring reliable and repeatable results.
• Enhanced Durability: Constructed with a unique fiber-reinforced latex/paper backing, the discs offer superior resistance to tearing, maximizing disc life and delivering full utility from each unit.
• Versatile Surface Compatibility: The sharp, cool-cutting ceramic grain excels on both conventional paints and primers, as well as hard-to-sand surfaces such as ceramic clears, E-coated panels, aluminum, and various composites.
• No-Fil Technology: A water-based stearate coating (No-Fil) actively resists loading, maintaining cutting efficiency and extending the overall life of the disc.

Applications

Designed for the rigorous demands of professional settings, these Cyclonic Multi-Air Discs are ideal for:

• Automotive Refinishing: Effectively preparing surfaces, including primers, conventional paints, and modern hard-to-sand clear coats, for flawless finishes on vehicles.
• Industrial Finishing: Executing superior material removal and surface preparation across a broad spectrum of industrial applications.
• Marine Finishing: Providing durable and consistent sanding performance for various marine surfaces, where product longevity and effectiveness are crucial.