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High-quality diamond micron powder
Using high-intensity, low-impurity diamond powder as raw material, we adopt a specialized production process for high-intensity diamond micron powder. The powder has high strength, strong cutting power, high wear resistance, high purity, regular crystals, extremely low surface impurities, strong grinding power, and good thermal stability.
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 the holding power, provide good heat dissipation, prevent carbonization during high-speed cutting, alleviate thermal shock, and prevent oxidation and graphitization. This results in a coating diamond micron powder with a metal layer formed on the surface of the diamond, which is uniform in thickness and dense in nickel.
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 the 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 diamond micron powder with a metal layer formed on the surface of the diamond, which is uniform in thickness and dense in nickel.
Polycrystalline diamond micron powder
White, boron carbide, and polycrystalline are fine. With precise control over shape and a narrow particle size distribution, its toughness is higher than that of PDM. PDV is a good choice when high durability, wear efficiency, and surface precision are required.
Edge Reproduction Diamond Micron Powder
SSD is a diamond produced from a sub-crystalline structure of 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.
Polycrystalline diamond micron powder
White, bolock, polycrystalline structure. It has precisely controlled shape and narrow particle size distribution, with toughness higher than PDM.
Polycrystalline diamond micron powder
White, boron carbide, and polycrystalline are 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 durability, wear efficiency, and surface precision are required.
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.
Polycrystalline diamond micron powder
With precise control over shape and narrow particle size distribution, its toughness is higher than that of PDM. It has a white color, is bolock, and has a polycrystalline structure. PDV is a good choice when high durability, wear efficiency, and surface precision are required.
Multi-crystal diamond micron powder
With precise control of shape and narrow particle size distribution, it has higher toughness than PDM. It is white, bolock, and has a polycrystalline structure. 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, the surface lacks luster, and it improves the tightness with the bond. Application: It is ideal for the production of ceramic band wheels.
Polycrystalline diamond micron powder
White, boron carbide, polycrystalline is fine. It has precise control over shape and a narrow particle size distribution, with toughness higher than PDM. PDV is a good choice when high lifespan, wear efficiency, and surface precision are required.
Polycrystalline diamond micron powder
White, boron carbide, and polycrystalline are 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 durability, wear efficiency, and surface precision are required.
