Beta-lead dioxide (β-PbO₂ / PbO₂) coated titanium anodes -- β-PbO₂ coating for oxygen evolution in specialty electrochemical processes.
β-PbO₂ phase coating on Grade 1 Ti substrate. High overpotential for oxygen evolution. Coordination through partners.
Supply Model: Grade 1 Titanium Substrate is the standard base material for all coated titanium anodes. Feinuotai manufactures Grade 1 titanium substrates in-house. Ru-based MMO and Ir-based MMO coatings are applied on Feinuotai's own in-house MMO coating line. Platinum, lead dioxide (PbO₂) and palladium coatings are supplied through Feinuotai's coating partners — not produced on-site.
Grade 1 CP titanium
β-PbO₂ — lead dioxide coating, partner-coated
Sheet, mesh, plate, custom shapes
Electrochemical oxidation — wastewater, electrosynthesis, lab research
Electrochemical oxidation of organic pollutants in industrial and municipal wastewater.
Specialty chemical production requiring controlled oxygen evolution at high overpotential.
Electrochemical research cells requiring β-PbO₂'s unique overpotential characteristics.
β-PbO₂ higher overpotential for oxygen evolution; Ru-based MMO optimized for chlorine evolution — different service environments.
No — PbO₂ coating is supplied through Feinuotai's coating partners. Grade 1 titanium substrate manufactured by Feinuotai.
β-phase is the active phase for anode service; specify β-PbO₂ at inquiry.
Specify anode shape, dimensions, required coating thickness, current density, and service environment. Confirm β-phase requirement at inquiry.
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