Flexilbe Diamond Sanding Pads are specialized abrasive tools made with a metal-plated bond that securely anchors micron-graded diamonds onto a backingmaterial. These Flexilbe Diamond Sanding Pads are designed for grindingand polishinghard-to-grind materials such as stone, glass, ceramic, metal, carbide, and composites.Their versatility allows for flat, edge, and contour grindingand polishing. The heavy-duty, water-resistant polyester backingensures durability. The open dot pattern design contributes to a longer lifespan, especially when used on contoured surfaces. This pattern also helps in providing aggressive cutting action while reducing loading, enhancing performance.These pads often come with quick-change Roloc Discs, simplifying grade changes during tasks. They are suitable for both wet and dry grindingand polishing of various hard materials like granite, marble, terrazzo, natural stone, engineered stone, glass, ceramics, lapidarymaterials, and hard metals.
Different variations of these Flexilbe Diamond Sanding Disc are available, featuring various fittings for hand-held and stationary machines. They are often color-coded for easy identification of different grades or levels of abrasiveness. The most popular sizes and types are typically available in stock, making them accessible for various grindingand polishing needs across different industries, from stone fabrication to metalworking and lapidaryarts.
Benefits:
- Versatile: Grind and polish flat surfaces, edges, and contours.
- Durable: Open dot pattern design extends lifespan, prevents loading, and enhances cutting action.
- Easy to Use: Compatible with wet and dry grinding, often available with quick-change Roloc Discs.
- Color-coded: Easy identification of different grit levels.
- Wide Applications: Suitable for various materials like granite, marble, glass, ceramics, and hard metals.
- Multiple Sizes and Fittings: Available for hand-held and stationary machines, catering to diverse needs.
These versatile sanding pads are a valuable tool for professionals in stone fabrication, metalworking, lapidary arts, and many other industries.