•  Polycrystalline Tool Grinding Wheels

    Polycrystalline Tool Grinding Wheels

    Name: Polycrystalline Tool Grinding Wheels Description: Polycrystalline diamond (PCD) and polycrystalline cubic boron nitride (PCBN) tools are hard and difficult to process. Traditional grinding tools often cannot process or are not effective for these materials. This series of ceramic-bonded diamond grinding wheels are designed for processing high-hardness PCD and PCBN materials and can be used for coarse grinding, fine grinding, and form grinding. The products feature minimal heat generation and clogging during grinding, low thermal expansion, easy shaping and dressing, high grinding efficiency, good self-sharpening properties, excellent cutting edges, and high workpiece surface finish.

  •  Diamond Drill Bits

    Diamond Drill Bits

    Name: Diamond Drill Bits Description: This product refers to the commonly used diamond thin-walled drill bits in the refractory material industry. They are made using high-quality diamonds, premium metal powders, and reasonable sintering and electroplating processes. These drill bits are suitable for processing holes in various refractory materials and for sampling refractory materials. They offer excellent dimensional accuracy, high drilling efficiency, and long service life. They are compatible with a variety of drilling machines and drilling equipment.

  • Diamond and Cubic Boron Nitride Abrasives

    Diamond and Cubic Boron Nitride Abrasives

    Name: Diamond and Cubic Boron Nitride Abrasives Description: We manufacture a wide range of artificial diamond and cubic boron nitride grinding wheels for machining applications. The bonding agents for these wheels include resin, ceramic, and metal bond types. The shapes of the wheels available include flat, bowl, cup, single bevel edge, and disc shapes, among other product series. Additionally, we can design and manufacture custom non-standard products. Artificial diamond and cubic boron nitride abrasives offer excellent performance characteristics, such as fast grinding speed, high machining precision, good surface finish, and long service life. Diamond tools are widely used for machining hard alloys, as well as materials like ferrites, ceramics, agate, optical glass, semiconductors, stones, and concrete, as well as non-ferrous metals. Cubic boron nitride abrasives are particularly suitable for machining tool steels and die steels.

  • Piston and Cylinder Processing Grinding Wheels

    Piston and Cylinder Processing Grinding Wheels

    Name: Piston and Cylinder Processing Grinding Wheels Description: This series of products is primarily used for internal grinding, end-face grinding, and slot grinding of components such as pistons, cylinders, and top/bottom covers in air conditioning compressors. The products offer excellent shape retention, up to 50%-100% higher grinding efficiency compared to conventional abrasives, good self-sharpening properties, ease of dressing, high surface finish of processed workpieces, and long service life.

  • Alloy Saw Blade Processing Grinding Wheels

    Alloy Saw Blade Processing Grinding Wheels

    Name: Alloy Saw Blade Processing Grinding Wheels Description: This series of grinding wheels is used for the rough and precision grinding of carbide woodworking saw blades. Among them, 12V9 is used for the front edge grinding of the saw blade; 12A2 is used for the back edge grinding; 3A1 is used for the side edge grinding. These products feature high efficiency in rough grinding, excellent shape retention, good self-sharpening, high surface finish and dimensional consistency in precision grinding, no chipping, high durability, and long service life.

  • Alloy Tool Processing Grinding Wheels

    Alloy Tool Processing Grinding Wheels

    Name: Alloy Tool Processing Grinding Wheels Description: Alloy tool processing grinding wheels are mainly used for the rough and precision grinding of the outer diameter, flat surfaces, and end faces of various alloy tools. These products feature high grinding efficiency, good self-sharpening, excellent workpiece surface finish, and long service life.