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September 23, 2025
Category Connection: Boron Doped Diamond
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Tags:
#Bdd Diamond #CVD Diamond Plate #CVD Diamond Film
Brief: Ever wondered how advanced diamond technology can revolutionize industrial wastewater treatment and electronics manufacturing? This video provides a detailed walkthrough of Square Boron Doped Diamond (BDD) CVD Diamond Plates, showcasing their exceptional electrical conductivity and practical applications in degrading organic pollutants and enhancing electronic components.
Related Product Features:
  • High electrical conductivity with boron doping concentrations of 3000-5000 PPM for efficient performance.
  • Exceptional hardness with Vickers hardness rating of 7000-10000 kg/mm² for durability in demanding applications.
  • Superior thermal conductivity options: 1300W/mK, 1500W/mK, and 1800W/mK, exceeding silicone by over nine times.
  • Available in customizable shapes including round and square, with sizes ranging from 20mm to 200mm.
  • Effective degradation of organic wastewater from industries like pharmaceuticals, petrochemicals, and printing.
  • Versatile applications in electronics manufacturing, wear parts, heat sinks, dressing tools, and wire dies.
  • Precision engineering with tight thickness tolerance of ±25μm and flatness under 4μm/cm.
  • High-quality surface finishes with growth side <100 nm Ra and nucleation side <30 nm Ra for consistent performance.
FAQs:
  • What types of wastewater can the BDD electrode effectively treat?
    BDD electrodes can degrade various organic wastewater from industries including pharmaceuticals, agrochemicals, petrochemicals, coking, smelting, printing, dyeing, papermaking, tanning, explosives, brewing, and landfill leachate.
  • What are the key advantages of using BDD electrodes compared to other electrodes?
    BDD electrodes offer significantly better efficiency and lower energy consumption in degrading organics, along with excellent hardness, sharpness, thermal stability, customizable shapes and sizes, consistent quality control, and ease in manufacturing and using dressing tools.
  • What are the main applications of Square Boron Doped Diamond CVD Diamond Plates?
    These diamond plates are used for degrading organic wastewater, electronic manufacturing, wear parts, heat sinks, dressing tools, and wire dies, leveraging their high electrical conductivity and durability.
  • What thermal conductivity options are available for these diamond plates?
    Three thermal conductivity options are available: 1300W/mK, 1500W/mK, and 1800W/mK, which is more than nine times higher than silicone's thermal conductivity of 139 W/mK.
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