FOXBC 4-1/2 Inch Tile Glass Cutting Disc for Angle Grinders, Diamond Saw Blades Wheel Multi-Material for Grinding Ceramic, Crystal, Wine Bottle, 7/8" Arbor - 3 Pack — Open-Box, 23% Off

4-1/2 Inch Diamond Tile Glass Cutting Disc for Angle Grinders, 7/8" arbor with 4/5" bushing, MAX RPM 13280, 3 Pack

Perfect tackle tile, glass, wine bottle, tiling, crystal, tuckpointing and masonry, with ease.

Our diamond saw wheels can grinding cut an impressive variety of materials: metal, plastic, tile, marble, stone, slate, cement, masonry, concrete, rebar, and more.

Make quicker, safer, and more precise cuts with unbelievable durability, longevity.

Advanced Electro-Plating Process for even distribution of diamond abrasive cutting edge for better control and precision cutting

Diamond technology is safer to use versus bonded discs by providing more control, less sparks and less dust

Solid steel wheel body greatly reduces risk of breakage for added safety, diamond rimmed do not shatter or break when dropped

FOXBC Diamond saw discs deliver extreme durability long lasting cutting life and control, minimal downtime and increased productivity, but they also allow for a safer cutting experience and the best results.

Transform your angle grinder into a precision glass cutting tool with this versatile 4-1/2 inch cutting disc set. These specialized discs feature a 7/8-inch arbor and are expertly designed for working with delicate materials including glass, jade, crystal, wine bottles, and tile. The 3-pack ensures you always have a fresh disc ready for your next project. Whether you're crafting custom glass pieces, repurposing wine bottles into art, or tackling intricate tile work, these cutting discs deliver the control and precision needed for clean, professional results. The 4-1/2 inch diameter provides an ideal balance of maneuverability and cutting capacity, making these discs perfect for both detailed work and larger projects. Perfect for DIY enthusiasts, craftspeople, and professional contractors who work with glass and similar materials.