Boron-Doped Polycrystalline Diamond — heavy-doped standalone plate
Boron-Doped Polycrystalline Diamond — heavy-doped standalone plate
Heavy boron-doped PCD combines metallic conductivity with diamond's chemical inertness, extreme hardness, and wide electrochemical window — replacing traditional electrodes in the harshest applications.
Heavy boron doping achieves near-metallic conductivity. Suitable for high-current electrochemical applications where traditional electrodes degrade.
Diamond's sp³ carbon lattice is inert to acids, bases, and aggressive solvents. Operates in conditions that destroy metal electrodes.
Diamond's 5.5 eV bandgap enables a wider electrochemical window than any metal electrode. Drives reactions impossible with conventional materials.
Electrochemical oxidation
Free-standing BDD plates for industrial water treatment. Electrochemically oxidizes persistent organic pollutants that resist conventional treatment.
Trace analyte detection
BDD electrodes for trace analyte detection in biomedical and environmental sensing. Wide window enables new redox chemistry.
Green chemistry production
Free-standing BDD for electrosynthesis — producing fine chemicals and pharmaceuticals with diamond's selectivity and durability.
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