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Polycrystalline diamond micron powder
Using exploded cluster diamonds as raw materials, we produce a strong grinding power powder with a high purity particle size distribution after purification. It is white, boron-doped, and consists of polycrystalline diamond micron powder.
Designing thermal conductivity from 1,000 W/mK to over 2,000 W/mK! Introducing polycrystalline thermal materials.
Diamonds have a thermal conductivity that is five times that of copper and are electrical insulators, making them perfect heat sinks. CVD diamonds possess all the characteristics of single-crystal diamonds without being limited by size or shape. The exceptional thermal conductivity and high electrical resistivity of diamonds enable improvements in microprocessor frequency, increased power output, miniaturization of components, and longer lifespans. 【Features】 ■ Thermal conductivity designed from 1,000 W/mK to over 2,000 W/mK ■ Electrically insulating with good mechanical strength ■ Low weight, non-toxic, low dielectric constant *For more details, please refer to the PDF document or feel free to contact us.
Polycrystalline diamond micron powder
White, bolock, polycrystalline structure. It has precisely controlled shape and narrow particle size distribution, with toughness higher than PDM.
Polycrystalline diamonds that are tougher than single crystals! We offer a wide range of products.
"Polycrystalline diamond" is a product produced using the detonation method by Sichuan Jiunao New Materials Co., Ltd., which is capable of large-scale production and ranks among the top in the world. It has a polycrystalline structure that is tougher than single crystal, making it suitable for grinding and polishing applications such as ceramic processing, lens processing, and glass processing. Additionally, we offer a wide range of particle sizes (median) from 250nm to 8μm. 【Product Lineup (partial)】 ■ JN-S025: Abrasive 0–0.5μm ■ JN-S050: Abrasive 0–1μm ■ JN-S100: Abrasive 0–2μm ■ JN-S200: Abrasive 1–3μm ■ JN-M450: Abrasive 3–6μm *For more details, please download the PDF or feel free to contact us.
