5 Dot HTC Resin For HTC Quick Change Plate

Grit:50-3000# Use dry Specifically for polishing after metal.

Diamond Small Cutting Blade

The small cutting blade is for general use in various stones. Designed for use on angle grinders, it can be used for straight cutting, flush cutting, grinding, edge grinding and shaping a variety of building materials including stone, marble, tile and granite. Shown with 5/8"-11 and M14 adapter which is included with blade. Available Size: 4''/100mm 4.5''/115mm 5''/125mm 6''/150mm 7''/180mm 9''/230mm

Vacuum Brazed Diamond Grinding Pad

The vacuum brazed diamond grinding pads combine the aggressiveness of vacuum brazed diamond cup wheels and smoothness of diamond polishing pads. Attached to a semi rigid back holder, rubber backer absorbs the noise and vibration created by steel based diamond cup wheels to give fabricators the smoothest feel, while aggressively shapes and removes material. They are ideal for creating small radius by hand, smooth out cuts, and removes materials where necessary. Many fabricators use it to replace the heavy grinding stones. They last many times longer than grinding stones and reduce fatigue. Use it before you use the diamond polishing pads.    30 grit is more aggressive for granite, marble, glass, and other stones, even concrete Velcro backed for quick and easy change with back holders Optimal speed around 4000-5000 RPM; Wet use preferred to extend life.

4 Inch Dot Type Metal Floor Polishing Pads (DMY32)

This kind of metal floor polishing pads are used on floor grinding machine. After concrete preparation , use  this kind of pads to first gringing surface ,left a smooth track. Size:4'' Dot No.: 4 Grit: 6-400#  

7 Inch Diamond PCD Cup Wheels for Epoxy Coating Removing

Segment PCD cup wheels are the best tool for removal of heavy epoxy, coatings, mastic, glues or even fast stock removal of concrete. Manufactured from the highest quality polycrystalline diamonds. This tools scraping action eliminates gumming up of segments and maximizes production. 4.5" x 12 PCD cup wheel with 7/8"- 5/8" not available with wear dots 5" x 12 PCD cup wheel with 7/8"- 5/8" available with or without wear dots 7" x 12 PCD cup wheel with 7/8"- 5/8" available with or without wear dots

3 PCD Single Round Segment Diamond Grinding Disc for Husqvarna Floor Grinder

3 PCD Single Round Segment Diamond Grinding Disc for Husqvarna Floor Grinder is an excellent choice when removing medium/heavy coatings. The design and positioning of the PCD with an aggressive diamond segment acting as a stabilizer and depth guide scrapes the thickest of coatings aggressively and follows with a conventional grind all in one pass. These PCD's are directional specific and come in clockwise and counterclockwise orientation.  •••IMPORTANT: If you run a rotary machine with counter rotating heads, be sure to get 1/2 clockwise and 1/2 counter clockwise PCDs when you order.  The weight of the machine is partially supported by the large surface area of the diamond segment - this segment limits the PCD's penetration into the concrete. The diamond segment lightly dresses and helps remove the severe marks left by the PCD grinding teeth. This configuration will yield a higher total square foot life span while providing an aggressive rate of coating and concrete removal. Use these PCD tools to remove heavy coatings, overcoats, glues, mastics, thin set and paint.  PCD (polycrystalline diamond) is the result of sophisticated high-pressure, high-temperature technology in which carefully selected synthetic diamond particles are sintered together in a cobalt matrix. PCD product usually consists of two layers. The PCD layer (usually black) is diamond particles which have been sintered together into a coherent structure using a chemo-mechanical binder and high-pressure, high-temperature conditions similar to those used in single crystal diamond synthesis. The polycrystalline diamond layer is integrally bonded by an advanced process to a super tough tungsten carbide substrate which provides strength and permits welding or brazing with other metals. The random orientation of the diamond particles produces a high uniform hardness four times stronger than carbide with remarkable wear resistance.