100 Pieces 2 Inch Sanding Discs, 80-3000 Grit Sandpaper | with 1/4" Shank Backing Plate and Foam Buffering Pad,for Drill Grinder Tool,Hook & Loop Sand Paper Assortment Pack

【Multi-Grit Selection】 – Includes 100 discs (80,100,180, 240,600,800,1000,1200,2000,3000 ) ,10pcs for each grit + 1/4" shank backing pad for for sanding, polishing, and finishing various materials immediate use.

【 Durability】 – Made of high-quality aluminum oxide for long-lasting performance and faster material removal.

【Universal Compatibility】 – 2-inch hook & loop design fits most die grinders, air grinders, electric drills, rotary tools , etc(not for adhesive pads).

【Versatile Applications】 –Widely used in the grinding and polishing of metal and non-metallic materials of various complex surface rust.Including bare wood,painted surface and metal,aluminium alloy,rubber,leather,plastic stone,glass and other materials.

【NOTE】 –These sanding disc pads match with 2 inch backing pad, not suitable for adhesive sticker sanding pad, please clean the dust and replace the old sanding pad before use them.

Product Specifications Material: Aluminum oxide abrasive Diameter: 2 inches (5 cm) Grit Range: 80 / 100 / 180 / 240 / 600 / 800 / 1000 / 1200 / 2000 / 3000 Backing Type: Hook & loop (Velcro) Included: 100 discs (10 per grit) + 1 foam backing pad - Ideal Use Cases -Automotive: Remove rust, polish car bodies, and smooth bondo. - Woodworking: Sand furniture, trim edges, and prepare surfaces for painting. - Metalworking: Deburr edges, polish welds, and clean metal surfaces. - DIY & Crafts: Perfect for home repairs, model making, and leather crafting. - Design Highlights Fast Cutting: Coarse grits (80-240) for rapid material removal. Smooth Finish: Fine grits (600-3000) for polishing without scratches. Secure Fit: Hook & loop backing prevents slippage during use. Lightweight: Reduces fatigue during prolonged sanding. Usage Tips Always wear safety goggles and a dust mask. Clean the surface before switching to a finer grit. Replace discs when worn for optimal performance.