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Speed Grip Discs 6 In - P320C Gold - Norton Company

Part #: 49909

The Norton Company's 49909 Speed Grip Discs, featuring P320C Gold grit, are engineered for professionals requiring efficient material removal and a refined finish in automotive and industrial environments. These 6-inch discs provide consistent, high-performance abrasive action for demanding tasks, ensuring reliable results for technicians and mechanics.

Key Features

  • P320C Gold Grit: Delivers consistent abrasive action for effective material finishing and surface preparation on a wide range of substrates.
  • Premium Aluminum Oxide Abrasive: Engineered for superior durability and a sustained, aggressive cut rate, ensuring long operational life in demanding professional settings.
  • Speed-Grip Hook and Loop Fastening System: Facilitates rapid and secure disc changes, maximizing uptime and enhancing overall workflow efficiency for busy workshops.
  • Optimized Cooler Cutting Action: Minimizes heat buildup during operation, crucial for preserving workpiece integrity and extending the abrasive's lifespan, especially on heat-sensitive materials.
  • Designed for Dust-Free Sanding: Integrates effectively with compatible dust extraction systems, promoting a cleaner, safer work environment and improving visibility of the sanding surface.

Applications

These professional-grade discs are essential for a range of demanding tasks, including:

  • Automotive Refinishing and Bodywork: Ideal for preparing vehicle surfaces for primer, paint, and clear coats, as well as addressing imperfections during the body repair process.
  • Industrial Metal Fabrication: Suited for deburring, blending welds, and achieving precise finishes on various ferrous and non-ferrous metals in manufacturing and maintenance operations.
  • Composite Material Preparation: Effective for sanding and finishing composite components common in the automotive, aerospace, and general industrial sectors.

Recommended Alternatives

This product was added to our catalog on Thursday 15 February, 2007.