
Boron-Doped Diamond Plate (BDD Plate)
Redoxme




This powder boron-doped diamond electrode material is available in silicon-based and niobium-based formats with optional mesh grading. Its production uses controlled pre-coating, coating and post-coating treatment to support repeatable grain structure, adhesion, uniformity, active area and electrochemical stability. Main features: strict quality control, multiple material options, consistent coating performance, large and uniform active area, high electrochemical oxidation performance, high oxygen evolution potential, high conductivity and high specific surface area. Application areas: strong acid and alkali wastewater, high-organic and high-salinity wastewater, toxic and hazardous streams, emulsions and machining fluids, effluent-quality upgrading, petrochemical wastewater, electrolysis and electrochemical synthesis.
Electrode Material
Boron-Doped Diamond (BDD)
Available Substrates
Silicon-based, Niobium-based
Material Form
Powder
Electrocatalytic Reaction Rate Constant
10^-4-10^-3 cm/s
Oxygen Evolution Potential
2.0-2.75 V
Hydrogen Evolution Potential
-2.0--1.0 V
Charge Transfer Impedance
<50 Ω
Coating Thickness
8-12 µm
Boron Doping Level
10^19 cm^-3
RoHS Compliance
Yes
Conductivity (S/m)
>10,000 S/m
Help the scientific community by sharing research papers that utilize this equipment.
Contact us to add your research.
0 global ratings
Verified Identity
Every review undergoes an email verification process to ensure it originates from a verified industry professional.
Verified Purchase
We manually validate "Verified Purchase" claims by cross-referencing with supplier records or identifying the equipment in peer-reviewed scientific publications.
Transparent Publishing
All verified reviews, whether positive or negative, are published without bias as long as they comply with our community guidelines.
No reviews yet. Be the first to share your thoughts!
Share your experience with this product.