Bipolar membranes are typically composite ion-exchange membranes formed by laminating cation-selective and anion-selective exchange layers.

Homogeneous membranes offer significant technical advantages in applications such as electrodialysis and electrolysis.

A high-efficiency separation membrane specifically designed for industrial waste acid treatment, suitable for selective separation of acid from salts and acid from organic matter.

Acid/Alkali Concentration Membranes are high-performance ion exchange membranes specifically engineered for concentrating acid and alkali solutions.

The digital intelligent control chip circuit replaces the IGBT as the main control component, with information processing capability reaching hundreds of millions of operations per minute, significantly enhancing integration and reliability.

The electrode is a core component of the electrodialysis system, responsible for providing a stable direct current (DC) electric field that drives ion migration to achieve solution desalination, concentration, or conversion.

Positioned between ion exchange membranes, it serves to construct flow channels, promote fluid distribution, and enhance mass transfer efficiency.

High-Flow Design with a single filter cartridge achieving a flux rate of 60-70 m³/h, enabling precise filtration of impurities across varying particle sizes.

Efficiently removes organic acid radicals, ensuring precise control over two key bath characteristics: pH and conductivity.