1～15 item / All 28 items
Edge Reproduction Diamond Micron Powder
SSD is a diamond produced as a sub-crystalline structure with a diamond inlay. The crystals are irregular, the surface lacks shine, and it improves the tightness with the bond. Application: It is ideal for the production of ceramic band wheels.
Polycrystalline diamond micron powder
White, bolock, polycrystalline structure. It has precise control over shape and a narrow particle size distribution, with toughness higher than PDM.
Edge-reinforced diamond micron powder, diamond powder for resin bonds.
SSD is a diamond produced as a sub-crystalline structure with a diamond inlay. The crystals are irregular, the surface lacks luster, and it improves the tightness with the bond. Application: It is ideal for the production of ceramic band wheels.
Coating diamond micron powder
This is a coating diamond micron powder that incorporates three types of chemical elements: nickel (Ni), titanium (Ti), and copper (Cu). It is plated with metal on the surfaces of diamond and CBN, effectively enhancing the holding power, providing good heat dissipation, preventing carbonization during high-speed cutting, alleviating thermal shock, and preventing oxidation and graphitization, resulting in a uniform and dense nickel layer formed on the surface of the diamond.
Coating diamond micron powder
Generally, nickel (Ni), titanium (Ti), and copper (Cu) are used as three types of chemical elements, and metal is plated on the surface of diamond and CBN to effectively enhance the holding power, provide good heat dissipation, prevent carbide formation during high-speed cutting, alleviate thermal shock, and prevent oxidation and graphitization, resulting in a coating of diamond micron powder with a uniform and dense nickel layer formed on the surface of the diamond.
Diamond wire dedicated micron powder
Features: Manufactured with high-quality diamonds, the regular crystal surface is very pure. The particle size distribution is concentrated, and there are plenty of effective grinding grains, providing both grinding power and wear resistance. Applications: Designed for grinding organic and inorganic brittle materials, suitable for the production of diamond wires. PS: DWM can be coated with Ni and Ti.
High-quality diamond micron powder
Features: Manufactured using high-quality diamonds as the base material, it has a uniform and blocky shape, concentrated particle size distribution, and a pure surface. Oversize and fine sizes are strictly controlled. Applications: Suitable for lapping optical glass, ceramics, SiC, semiconductors, and sapphire wafers. Widely applicable to vitrified bond, metal bond, and electroplated tools. PS: MPT can be coated with Ni, Ti, and Cu.
Low-quality diamond micron powder
Features: Made from easily crushable diamonds, with irregular shapes and a wide particle size distribution. Applications: Suitable for low-load lapping.
Coating diamond micron powder
Generally, nickel (Ni), titanium (Ti), and copper (Cu) are used as three types of chemical elements. Metal is plated on the surface of diamond and CBN to effectively enhance holding power, provide good heat dissipation, prevent carbide formation during high-speed cutting, alleviate thermal shock, and prevent oxidation and graphitization. This results in a coating of diamond micron powder with a metal layer that is uniform in thickness and dense nickel layer formed on the surface of the diamond.
Polycrystalline diamond micron powder
White, boron carbide, polycrystalline is fine. With precise control of shape and narrow particle size distribution, its toughness is higher than that of PDM. PDV is a good choice when high lifespan, wear efficiency, and surface precision are required.
Edge Reproduction Diamond Micron Powder
SSD is a diamond produced from a sub-crystalline structure of diamond inlaid with a diamond pattern. The crystals are irregular, lacking surface luster, and improve the tightness with the bond. Application: It is ideal for the production of ceramic band wheels.
High-quality diamond micron powder
Using high-intensity, low-impurity diamond powder as raw material, we employ a specialized production process for high-intensity diamond micron powder. The resulting powder has high strength, strong cutting power, excellent wear resistance, high purity, regular crystal structure, minimal surface impurities, and possesses strong grinding power along with good thermal stability.
High-quality diamond micron powder
Features: Manufactured using high-quality diamonds as the base material, it has a uniform and blocky shape, concentrated particle size distribution, and a pure surface. Oversize and fine sizes are strictly controlled. Applications: Suitable for lapping optical glass, ceramics, SiC, semiconductors, and sapphire wafers. Widely applied in vitrified bond, metal bond, and electroplated tools. PS: MPT can be coated with Ni, Ti, and Cu.
High-quality diamond micron powder
Features: Manufactured using medium to high-quality diamonds as the base material, it has irregular shapes, concentrated particle size distribution, pure crystal surfaces, and excellent polishing rates. Applications: Widely used for stone, tile, concrete, and gemstone wrapping. It is also suitable for the production of slurries and pastes. It is widely applicable to vitrified bonds, metal bonds, and electroplated tools. PS: MPS can be coated with Ni, Ti, and Cu.
Natural diamond micron powder
Features: Unlike the production method of ordinary micron powder, ASM is synthesized without crushing, using high temperature and high pressure. Characteristics and Advantages: ★ Contains uniform and perfect crystals like mesh abrasives, with no polymer or cluster abrasives ★ Very concentrated particle size distribution ★ Excellent strength, toughness, and thermal stability ★ Achieves a pure standard grade of ppm, with ASM purity ≤ 100 ppm ★ Excellent polishing rate and cutting efficiency, resulting in a good mirror effect ★ Energy-saving ★ Long service life Applications: Due to its excellent strength, toughness, and thermal stability, the application fields are wide. ★ Metal bond and electroplated wheels (back grinding wheels, edge grinding wheels) ★ High-quality PDC manufacturing, improving impact resistance, wear resistance, and thermal stability ★ Manufacturing of diamond wires for cutting sapphire, SiC, GaN, Si, etc. ★ Cutting, grinding, polishing: Fields such as semiconductors, electronic components, optics, IT industry, automotive & aerospace, etc. Sizes: 15-25, 20-30, 220-30, 22-36, 20-40, 30-40, 30-50, 36-54, 40-60 ASM can be coated with Ni and Ti.
