3M 5-1/2″ X 9″ 2000C Wetordry Abrasive Sheet 434Q (2624)

3M 5-1/2″ X 9″ 2000C Wetordry Abrasive Sheet 434Q (2624) is a premium abrasive designed for fine sanding on delicate automotive paint surfaces. It features sharp silicon carbide mineral that provides a refined cut with minimal pressure, ensuring a high-quality finish. The durable C-weight backing resists curling, making it suitable for both wet and dry sanding applications.KEY FEATURES AND BENEFITS: Sharp Silicon Carbide Mineral: Delivers a refined cut with minimal pressure, reducing the risk of paint damage. Durable C-weight Backing: Resists curling, ensuring consistent performance during wet or dry sanding. Versatile Application: Suitable for various sanding techniques, including hand sanding, block sanding, and machine sanding. Ideal for Delicate Surfaces: Specifically designed for use on sensitive automotive paint surfaces, such as clear coats and dark-colored paints.SPECIFICATIONS: Grit: 2000 Size: 5-1/2″ x 9″ Backing: C-weight Mineral: Silicon CarbideHOW TO USE: Prepare the Surface: Clean the paint surface thoroughly to remove any contaminants such as dust, dirt, or grease. Wet Sanding (Recommended): Lightly mist the surface with water. Apply even pressure to the sheet and sand in a consistent motion. Regularly rinse the sheet and the surface with clean water to remove sanding debris. Dry Sanding: Use light pressure and consistent strokes. Regularly clean the sheet to remove accumulated dust. BENEFITS OF USING 3M 5-1/2″ X 9″ 2000C WETORDRY ABRASIVE SHEET 434Q (2624): Achieves a refined and uniform finish on automotive paint surfaces. Minimizes the risk of paint damage due to excessive pressure. Provides consistent performance and long-lasting durability. Suitable for a wide range of paint correction and finishing tasks.FEATURES: Utilizes sharp silicon carbide mineral for efficient and effective sanding. Features a durable C-weight paper backing that resists curling. Designed for use on both wet and dry surfaces. Can be easily cut to size for customized applications.