Graphite Grinding Wheels

About the product:

Graphite grinding wheels are mainly used for super-finishing, polishing, and mirror grinding processes with a small grinding allowance, and the finish can reach Ra 0.04-0.01. This kind of grinding wheel has good elasticity, high precision, low roughness of the workpiece, and can achieve a mirror effect.

Graphite grinding wheels mainly grind some precision machine tool spindles, rolls and other parts, large metal parking belts and the scale ruler of coordinate boring machines. In addition, it is suitable for the surface grinding treatment of some high-precision, high-value-added parts.

Kemei Abrasives produces ordinary graphite grinding wheels for cylindrical grinding, surface grinding graphite grinding wheels, graphite conductive grinding wheels, centerless graphite grinding wheels, graphite grinding wheels for rollers, cup-shaped graphite grinding wheels, etc. 

Kemei can produce grinding wheels with different specifications according to customer needs.

Specialties & Customed Production

As the leading producer of abrasives in China, we can offer you qualified products and professional abrasive solutions.

Tell us your size, your drawing, or tell us your workpiece and applications, we can make a perfect grinding solution for you.

What you may concern:

1: Are you a factory?

Yes, we are the producer. Our main products are diamond tools, grinding wheels, cut-off discs, sanding belts, oil stones, mounted points, etc.

2, Can I get free samples?

  Yes, within 20USD samples, we can provide for free, but the shipping cost should be covered by the customers.

3, How to confirm the quality?

  We have the most experienced technicians and producers. You can send us the technical parameters of the product and we will produce according to your requirements. You can ask for a sample for free. You can have a pilot order then normal order.

4, What about quality control?

  We are using the highest quality components & an efficient manufacturing process. We have the strictest QC process. We are proving a high level of