Metalite Speed-Lok Cloth Discs 3 In - Norton Company

The Norton Metalite Speed-Lok Cloth Discs (Model 38195) are professional-grade abrasive tools engineered for efficient metal finishing in automotive and industrial environments. These 3-inch, 50-grit discs feature a quick-change design, allowing for rapid mounting and removal, which enhances productivity for professional technicians. Their robust construction ensures consistent performance across various demanding applications.

Key Features

• Instant Mounting and Removal: Equipped with a built-in, all-metal Speed-Lok locking device, these discs enable quick twist-on and twist-off changes without the need for additional tools, optimizing workflow.
• Durable Aluminum Oxide Abrasive: Utilizing a versatile R228 aluminum oxide grain, the discs provide effective material removal and long-lasting cutting action.
• Reinforced Cloth Backing: Constructed with a strong X-weight, 2-ply cotton backing, these discs offer extended durability and reduced edge wear, capable of withstanding rigorous use.
• Heat Resistant Design: The Metalite discs are engineered to be resistant to heat, contributing to their extended lifespan and consistent performance during demanding tasks.
• High Rotational Speed: Capable of operating at a maximum speed of 20,000 RPM, these discs are suitable for high-speed applications.

Applications

Norton Metalite Speed-Lok Cloth Discs are highly effective for a range of metalworking tasks, making them indispensable for professional mechanics and industrial fabricators. They excel at removing rust and oxides, deburring, and blending flat or contoured metal surfaces. These 3-inch discs are particularly useful for accessing hard-to-reach areas, ensuring thorough surface preparation. Common applications include automotive body-in-white processes, paint removal, cutting down plastic filler, prepping bare metal, and general metal finishing operations. They are also suitable for cleaning, finishing, and leveling various metal types, including aluminum and other soft metals.