R&D
Continuously improve the performance of products
We have more than ten years of titanium anode, titanium filter element, titanium material production. It is fully engaged in the cooperation with various universities, professional research institutions and relevant enterprises in this field. have built an information network platform on which helps gather the research resources and necessary organizational functions . Thus an alliance of the closely-related research and development bodies has been created to enhance our anti-risk capability and realize the optimal arrangement with the lowest cost. So the present relationship between our company and our cooperating parties has evolved to a kind of both cooperation and competition. With full confidence, we are poised to improve our R&D capabilities, accelerate the pace of technological progress, and develop a new R&D mode in the near future.
MMO coating titanium anode application areas
Sodium hypochlorite generator, sodium perchlorate, organic synthesis, metal refining, electrolytic copper foil, sewage treatment, cooling water descaling, continuous plating of steel plates, aluminum foil production, cathodic protection, swimming pool disinfection, HHO generator, etc.
Widely used in chemical industry, metallurgy, water treatment, environmental protection, electroplating, organic synthesis and other fields.
Research Focus
Matching chemistry to duty
Chlorine evolution and oxygen evolution punish a coating in different ways. A ruthenium-iridium formulation that thrives in strong brine can fail in months when asked to evolve oxygen in sulfate media. Our R&D program exists to make that call with data instead of guesswork.
We maintain working formulations across the main MMO families and tune precious metal ratios and coating loading to each customer’s operating conditions, electrolyte composition, temperature, and target service life.
For demanding applications, such as high-speed copper foil duty or acid-heavy electrowinning baths, we run pilot coupons in simulated electrolyte before committing a production batch.