Drilax 8 Inch Diamond Flat Lap Disc 80 Grit | 8" x 1/2" Arbor Hole | Single Sided Diamond Grinding Wheel for Lapidary, Gemstone, Glass, Stone Shaping, Jewelry Making | Solid Steel Base

Drilax 8 Inch Diamond Flat Lap Disc 80 Grit | 8" x 1/2" Arbor Hole | Single Sided Diamond Grinding Wheel for Lapidary, Gemstone, Glass, Stone Shaping, Jewelry Making | Solid Steel Base

• Premium Drilax 8-Inch Diamond Flat Lap Disc: Unlock superior abrasive performance with this professional-grade 8-inch diameter diamond lap disc featuring an 80 grit coarse abrasive. Designed for efficient grinding, shaping, and initial smoothing of extremely hard materials like gemstones, stone, glass, and ceramics.
• Precision Engineered for Lapidary & Jewelry Crafting: Perfect for lapidary artists, facetors, and jewelry makers, this diamond grinding wheel is ideal for preparing rough stones, refining cabochons, and general gemstone grinding. Its precise construction ensures smooth, stable operation on faceting machines and lapidary slant cabbers.
• Solid Steel Construction & High-Density Diamond Coating: Built for exceptional stability and extended life, our diamond grinding disc is crafted with an extremely flat, rigid solid steel base and a standard 1/2-inch arbor hole for secure mounting. The high-density diamond particles are securely electroplated onto one side, ensuring even coverage and consistent abrasive power.
• Versatile Wet or Dry Grinding Performance: Designed for both wet and dry grinding applications (wet use is highly recommended for extended disc life and reduced heat build-up). This durable diamond abrasive wheel is perfect for shaping, sanding, and material removal on a wide range of challenging surfaces, including concrete, tiles, and other hard materials.
• Professional Grade for Durability & Efficiency: Drilax delivers a heavy-duty diamond wheel that meets stringent North American standards for precision and durability. Achieve consistent, high-quality results on all your lapidary projects, from aggressive shaping to preparing surfaces for subsequent finer grit refinement.