MATADOR® Silicon Carbide Paper

The STARCKE MATADOR® Silicon Carbide Sandpaper Series is a collection of professional-grade abrasive sheets manufactured in Germany, specifically engineered for ultra-precise surface preparation, scratch blending, and high-luster finishing.

Constructed by embedding premium-grade silicon carbide abrasive crystals onto an advanced waterproof latex backing paper, these high-performance sheets maintain an exceptionally sharp initial cut and deliver uniform scratch depths throughout their entire sanding lifecycle. The highly flexible, wrinkle-resistant base prevents backing cracks and structural folds during tight hand-sanding operations. This ensures individual studio artists, metalsmiths, and finishing technicians achieve a flawless, predictable surface texture across all precious metal alloys, structural resins, hardwoods, and lapidary materials.

Key Product Features

• Genuine Made-in-Germany Premium Quality: Developed by STARCKE using high-purity silicon carbide minerals bonded tightly to a specialized Wasserfest (Waterproof) latex paper core.

• Advanced Dual-Utility Wet & Dry Calibration: Fully optimized for both dry leveling and lubricated wet-sanding workflows. Utilizing water or specialized oils minimizes surface heat buildup, flushes away material dust debris, and extends the active cutting life of the sheet grit.

• Superior Softflex Paper Backing: Features a premium, ultra-flexible backing matrix that matches the direct structural contours of your hand or a sanding block without cracking, peeling, or forming harsh surface wrinkles.

• Enhanced Anti-Slippage Grip Resistance: The specialized treatment on the reverse backing paper ensures high friction against your hand, providing stable manual control and minimizing hand fatigue during prolonged studio finishing cycles.

• German ACCURATE Grit Calibration: Every progressional grade is screened to strict European standards, guaranteeing a uniform, reliable abrasive particle size distribution that completely eliminates rogue, over-sized grains that cause deep tracking scratches.