FlexOVit Non Woven Flap Disc

Flexovit Non-Woven Flap Discs – Superior Surface Conditioning Solutions

The Flexovit Non-Woven Flap Disc is a versatile abrasive tool designed for blending, cleaning, deburring, and finishing applications across a wide range of industries. Constructed with layers of premium non-woven abrasive flaps, these discs deliver consistent surface conditioning while maintaining flexibility and durability. They are ideal for applications where controlled material removal and a uniform finish are required on metal, stainless steel, aluminum, composites, and plastics.

Unlike traditional coated flap discs, Flexovit non-woven flap discs excel in creating smooth finishes without gouging or undercutting the workpiece. The open-web structure resists loading and heat buildup, ensuring cooler operation and longer life. This makes them an excellent choice for preparing surfaces for painting, coating, or bonding, as well as for removing rust, scale, and oxidation efficiently.

Available in a variety of grades and sizes, Flexovit non-woven flap discs are compatible with angle grinders and finishing tools, making them suitable for both shop and field use. Their design allows the abrasive flaps to wear evenly, exposing fresh cutting surfaces throughout the disc’s life. This results in superior consistency, reduced downtime, and improved productivity.

Industries such as aerospace, automotive, shipbuilding, metal fabrication, and maintenance rely on Flexovit non-woven flap discs for dependable results in demanding environments. Whether you are blending weld seams, refining edges, or achieving a fine surface finish, these discs offer the performance and reliability professionals expect.

Proudly made to Flexovit’s strict quality standards, non-woven flap discs combine safety, efficiency, and cost-effectiveness in one solution. For contractors and fabricators seeking a dependable abrasive that delivers smooth, consistent finishes, the Flexovit Non-Woven Flap Disc is the trusted choice in surface conditioning technology.