Maroon Scuff Pads, 10 Pack for Automotive Restoration and Handicrafts

Offering an affordable tooling option that provides a better user experience, the 6" x 9" Scuff Pad is a tool for surface buffing, removing dirt, and preparing coatings. Featuring excellent tear resistance, the pad utilizes high-strength fibers as a base, allowing it to withstand greater pulling and twisting, and reducing the risk of breakage, thus extending its lifespan. With a certain bending ability and flexibility, our scuff pads can adapt to the irregular shapes and curves of various surfaces, fitting tightly onto uneven surfaces and remaining stable during use.

Boasting tear resistance, abrasion resistance, and strong adhesion, scuff pads not only offer advantages in terms of longevity but also improve work efficiency by reducing material waste and preparation time, delivering high value. The product information includes the following details: Dimensions - 6 x 9 inches, Quantity - 10 PCS.

The 10PCS 6x9 inch high performance maroon hand-held scuff pads are included, designed for medium to heavy surface abrasion and suitable for removing thicker coatings, oxidized layers, as well as dirt and scratches on the surface. Consisting of durable abrasive particles and binders that form a strong gasket, the scuff pad is tear-resistant and commonly used for rough surfaces, allowing for gentle buffing to smooth surfaces and provide better adhesion.

With a thickness of 0.39in, the prime non-woven pads have a long service life and perform well on flat, contoured, or hard-to-reach work surface areas, ensuring they retain their performance over many uses, improving grinding quality and efficiency. These scuff pads are widely used in automotive restoration, maintenance and repair, woodworking, and metalworking. In automotive restoration, they are used to prepare automotive surfaces for repainting or repairing damaged areas.

When using automotive scotch brite pads, it is recommended to wear gloves and eye protection gear to prevent injury to skin or eyes from abrasive particles or contaminant splashes.

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