Diamond Finger Milling Bit Diameter 1/4"-1" (6-25mm), 5/8 inch-11 Thread Tile Chamfer Bit for Enlarging Polishing Existing Holes in Porcelain Ceramic Tile Granite Marble CountertopHot on Sale

Size: Shank: 5/8-11 Thread, Chamfer Angle: 60, Chamfer Diameter: 1″(25mm), Top Diameter: 1/4″(6mm); A range of Diameter 6-25mm; Diamond Grit: 50/60, Total length: 71.5mm, Working Depth: 52.5mm

Function: It can be used for grinding and chamfering.It can enlarge, chamfer, grind and shape the existing holes,and repair the hole contour and finish.But it can’t be used for drilling directly

The Diamond Finger Milling Bit Diameter 1/4"-1" (6-25mm), 5/8 inch-11 Thread Tile Chamfer Bit for Enlarging Polishing Existing Holes in Porcelain Ceramic Tile Granite Marble Countertop are one of the best teams in the brand and they deserve to be on the field in their authentic Diamond Finger Milling Bit Diameter 1/4"-1" (6-25mm), 5/8 inch-11 Thread Tile Chamfer Bit for Enlarging Polishing Existing Holes in Porcelain Ceramic Tile Granite Marble Countertop products .

Used for:Dry and wet use; 5/8″-11 thread, suitable for angle grinders, easy to operate. Recommend RPM:6000-11000; Do not use impact or hammer mode when using the adapter to connect to other drill equipment

Choice: Suitable for almost all kinds of materials: used for processing ceramic tiles, porcelain tiles, marble, granite and other materials

Buy your Diamond Finger Milling Bit Diameter 1/4"-1" (6-25mm), 5/8 inch-11 Thread Tile Chamfer Bit for Enlarging Polishing Existing Holes in Porcelain Ceramic Tile Granite Marble Countertop from the Shop. This Diamond Finger Milling Bit Diameter 1/4"-1" (6-25mm), 5/8 inch-11 Thread Tile Chamfer Bit for Enlarging Polishing Existing Holes in Porcelain Ceramic Tile Granite Marble Countertop product will keep you comfortable and looking good for game time.

Materials: Using steel, combined with advanced vacuum brazing technology, the finger milling beveling chamfer bit is sharp and 50/60 diamond particles are all over the working surface,the working surface is processed evenly