To serve the needs of the electrochlorination segment, we specialize in the design and manufacture of high-performance electrodes, including bipolar configurations, for hypochlorite generation across a wide spectrum of applications. From everyday use in swimming pools to large-scale water treatment systems and demanding industrial processes, our electrodes deliver the durability, reliability, and efficiency that operators depend on. The heart of our technology lies in advanced titanium substrates combined with state-of-the-art catalytic coatings. Each electrode is engineered with precision and tailored to meet the exact operating conditions and design requirements of our clients.
Electrochlorination—the process of generating hypochlorite through the electrolysis of saltwater—has become increasingly important as industries and municipalities search for safer, cleaner, and more cost-effective disinfection methods. Unlike traditional chlorine gas systems, electrochlorination enables on-site, on-demand generation of sodium hypochlorite, reducing the risks and logistical challenges associated with storing and handling bulk chemicals. At the center of this process are the electrodes, which must operate efficiently and reliably under varying conditions, sometimes for years at a time. This is where our expertise makes the difference.
By customizing the composition of catalytic coatings and carefully optimizing electrode geometry, we are able to achieve outstanding performance in chlorine production. Whether the application involves high-salinity seawater, brackish sources, or low-salinity and low-temperature environments that can be particularly challenging, our electrodes are engineered to perform consistently. The result is maximum chlorine production efficiency, extended service life, and reduced overall operating costs. For operators, this means fewer replacements, less downtime, and improved control over treatment processes.
Bipolar electrode configurations add another dimension of efficiency and compactness to the systems we design. By allowing multiple electrode pairs to share a common current path, bipolar cells reduce electrical connections, streamline system design, and often lower capital costs. For large installations where footprint and energy optimization are critical, this approach provides significant advantages.
Our electrodes are trusted not only for their technical performance but also for their durability in the field. Titanium substrates provide an exceptionally stable foundation, resisting corrosion even in aggressive operating conditions. On top of this, our proprietary coatings are engineered for both catalytic activity and longevity. These coatings are designed to withstand repeated exposure to high current densities, temperature fluctuations, and variable water chemistries without compromising performance. The balance we strike between activity and stability ensures that our electrodes continue delivering consistent output over their full service life.
But what truly sets our solutions apart is the level of customization and innovation we bring to each project. No two applications are exactly alike, and our R&D team is constantly working to refine coating formulations, electrode structures, and production techniques to meet emerging needs. For example, in municipal water treatment, where system reliability and regulatory compliance are paramount, we can design electrodes that maximize uptime and reduce the frequency of maintenance interventions. In swimming pools, where operators seek simplicity and low cost of ownership, we provide electrodes that combine efficiency with user-friendly durability. And in industrial plants, where operating conditions may be extreme, our engineering team ensures that every electrode is tuned for resilience and consistent performance.
Working with Chemical Newtech means gaining access to a unique blend of technical expertise and innovative research and development. We don’t simply provide components—we partner with our clients to deliver comprehensive solutions that advance efficiency, safety, and sustainability in electrochlorination systems. From initial design consultation to production, testing, and after-sales support, our team ensures that every electrode we manufacture contributes to a system that performs at its best.
The future of electrochlorination
As global demand for safe and sustainable water treatment continues to grow, the role of electrochlorination will only expand. By providing high-performance electrodes designed to meet these evolving demands, we are helping our clients prepare for the future. Our solutions enable operators to treat water more efficiently, safeguard public health, and reduce environmental impact—all while lowering operating costs and minimizing resource use.
With Chemical Newtech as your partner, you benefit from electrodes that embody precision engineering, advanced material science, and practical field experience. Together, these elements deliver proven results: high efficiency, long service life, and reliability you can trust. In today’s world—where efficiency, safety, and sustainability are not just goals but essential requirements—our electrodes stand as a foundation for better water treatment and industrial performance.