Boron-Doped Diamond | Say Goodbye to Expensive and Time-Consuming Processes with Boron Doped Diamond Electrodes for Wastewater Treatment

BDD Electrodes: Revolutionizing Wastewater Treatment

Industrial Applications
Boron-doped diamond (BDD) electrodes effectively treat complex wastewater streams, including:

• Pharmaceutical/Chemical Processing Residues

• Explosive Manufacturing Effluents

• Textile Dye & Leather Tanning Waste

• Petrochemical & Metallurgical Byproducts

• Landfill Leachate & Distillery Discharge

Operational Superiority

• Eco-Efficient Degradation: 40% faster organic breakdown vs. traditional PbO₂/Pt anodes

• Chemical Resilience: Maintains integrity in acidic/alkaline environments

• Ozone Synthesis: Generates ozone without electrolytes for sustainable purification

Material Science Excellence

• Bandgap Advantage: 5.47 eV enables operation above 500°C

• Thermal Mastery: 2,200 W/mK conductivity minimizes thermal resistance in laser systems

• Electron Dynamics: Superior hole mobility for high-frequency RF circuits

Performance Benchmarks

• Keyes Index: Optimal for microelectronic miniaturization

• Johnson Index: 8,200 (20x GaN’s 280) for high-power amplifiers

• Cold Cathode Capability: Achieved via negative electron affinity

CVD Polycrystalline Diamond: Thermal Innovation

Engineered Thermal Solutions

• Custom Conductivity: 1,000–1,800 W/mK (adjustable for cost-performance balance)

• Precision Fabrication:

  • Thickness Control: ±25 μm

  • Ultra-Flat Surfaces: <4 μm/cm deviation

  • Dual-Side Polishing: Growth face <100 nm Ra, nucleation face <30 nm Ra

Standard Offerings

• Dimensions: Standard Ø65 mm (custom sizes available)

• Thickness Options:

  • As-grown: 0.3–1.5 mm

  • Polished: 0.2–1.0 mm

• Mechanical Metrics:

  • Density: 3.5 g/cm³

  • Stiffness: 1,000–1,100 GPa Young’s modulus

Critical Use Cases

• Thermal spreaders for high-density IC packaging

• Heat sinks in aerospace laser arrays

• Compact cooling modules for 5G infrastructure