Flexovit® SK9050 9x5/8-11 FLEX Smooth Face Backing Pad for Resin Fiber Sanding Discs
The Flexovit® SK9050 FLEX Smooth Face Backing Pad is engineered to deliver durability, flexibility, and precision in large-scale sanding and grinding operations. With a 9-inch diameter and a 5/8-11 threaded arbor, this backing pad provides a secure and stable foundation for resin fiber sanding discs, making it an excellent choice for both heavy stock removal and fine finishing applications.
Its smooth face design ensures even pressure distribution across the sanding disc, minimizing chatter and extending disc life. By holding the disc flat and steady against the work surface, the SK9050 delivers superior surface quality while reducing uneven wear. The flexible construction makes it suitable for both flat and contoured surfaces, offering versatility for weld blending, deburring, and surface preparation.
Manufactured from rugged, heat-resistant materials, the SK9050 withstands high-RPM operation without warping or imbalance. This ensures smooth performance with reduced vibration, enhancing operator comfort and control during extended use. The 5/8-11 arbor provides a secure, industry-standard fit to grinders, allowing for quick attachment and easy disc changes that maximize efficiency.
The SK9050 is effective across a wide range of materials, including stainless steel, carbon steel, aluminum, and non-ferrous metals. It is widely used in metal fabrication, shipbuilding, automotive, aerospace, and industrial maintenance, where large surface areas require consistent, high-quality results. From removing rust and coatings to preparing surfaces for paint, this backing pad provides the dependability professionals demand.
Backed by Flexovit’s reputation for excellence in abrasives and accessories, the SK9050 9x5/8-11 FLEX Smooth Face Backing Pad for Resin Fiber Sanding Discs ensures long disc life, superior finish quality, and maximum productivity. When paired with Flexovit resin fiber discs, it offers a complete sanding solution for the toughest industrial environments.
