Key applications include water treatment (chlorination, disinfection), industrial electrolysis (chemical production, electroplating, electrowinning), cathodic protection, hydrogen generation, electrochemical sensors, and research.

They offer excellent corrosion resistance, high stability, long operational life (especially when coated), dimensional stability, good strength-to-weight ratio, and often better cost-effectiveness than solid precious metal electrodes.

Lifespan varies significantly based on coating type/thickness, current density, electrolyte composition, temperature, and the specific application. Properly used coated electrodes can last thousands of hours.

Briefly: Platinum coatings excel in hydrogen evolution/general catalysis. Ruthenium-based MMO coatings are typically optimized for chlorine evolution. Iridium-based MMO coatings offer high stability, especially for oxygen evolution or in acidic conditions. The best choice is application-dependent.

Generally involves preparing the titanium substrate (cleaning, etching), applying the specific catalytic coating (e.g., MMO via thermal decomposition, platinum via sintering/plating), and quality control checks.

we specialize in custom manufacturing electrodes to specific requirements (size, shape, coating, substrate form).

Selection depends on factors like electrolyte chemistry (pH, ions), desired reaction, operating current density, and budget. We can assist based on your specific needs.

We provide specific quotes based on your detailed requirements due to customization, rather than a general price list.

MOQs vary depending on the electrode type and customization involved. Please inquire with your specific request.

Our standard payment terms are included with the formal quotation.

we offer warranties. Specific terms vary by product and are detailed in our sales agreements.

We follow defined procedures based on our warranty policy for handling valid claims regarding defective products.

we offer technical support regarding the selection, specifications, and appropriate use of our electrodes.

For TiTime, specific quality standards and certifications can be provided upon request, relevant to the product and your industry needs.

Through strict incoming material inspection, in-process controls at key manufacturing stages, and final product verification testing.