JR gemstone polishing tools diamond grinding lapidary wheels

The electroplated diamond grinding wheels have features of high grain density,sharp grinding,high efficiency,good precision,without dressing etc.The wheels can be made into various shapes and they are suitable for special complicated profile,super-thin,especially small and other form grinding which have strict requirement on geometry shape and dimension. They can improve the process efficiency and a lot of tools which are difficult to process with other methods can be solved.

Diameter:4"to 15"

Thickness: 0.5", 1", 1.5", 2"and others

Hole size:1/2", 5/8",1", 1-1/4", 2"and many others.

Width: 5-10mm or other

Radius: R1.5, R3, R4.5, R6, R7, R8.5etc

Grit: 40, 60, 80, 100, 120, 180, 220, 240, 280, 320, 400, 600, 800, 1000, 1200

Abrasives:Diamond

Application:Sharpening Tool Steel, HSS, Tungsten Carbide, Glass, Gemstones, Stones, Cutting Tools

IndustriesWoodturning, Tool Sharpening, Lathe Sharpening, Profile Grinding

Product KeywordsElectroplated Diamond Wheels, Electroplated Grinding wheels

High grinding efficiency.

High wear resistance

Long lifespan, Long dressing period

Low comprehensive cost

For more than 20 year, GZ JR Diamond tools Co.,Ltd.—is the only diamond&CBN grinding wheels manufacturer in Guangzhou, has become one of best choices in super hard material industry for South China and International market.

JR’s electroplated, resin bond and vitrified bond wheels are sold to over 30 countries including America, Germany, Austria, Japan, Mexico,Russia and so on. With strong R&D team, strict quality control systems, powerful domestic and foreign sales network, our products have covered stone, ceramic, glass, precious stone, diamond, hard metal, and constantly expanded to the photoelectric high-tech fields such as automotive components, precision mechanical parts, electronic and optical glass.

We take pride in developing and producing high-quality, high-performance products to meet the technological challenges of grinding conventional metals and today’s sophisticated alloys.