Specification

Material :

• Cell Body: High-quality stainless steel for chemical resistance and durability, acrylic

• Electrodes: Activated carbon, carbon aerogel, or other high-surface-area conductive materials

• Current Collectors: SS Plate for optimal conductivity

• Sealing Gaskets: EPDM, Viton, or other suitable materials for effective sealing

Components :

• Cell Body: Rigid frame with integrated flow channels

• Electrodes: Configurable based on experimental needs

• Current Collectors: Provide reliable electrical contact

• Flow Channels: Designed to ensure uniform distribution of water and efficient ion removal

• Sealing Gaskets: Ensure no leakage and maintain the integrity of the test environment

• Inlet/Outlet Ports: Compatible with standard tubing for water flow

Operating Conditions :

• Temperature Range: RT to 80°C (varies with materials used)

• Pressure Range: Suitable for atmospheric pressure to slight positive pressure

• Flow Rate: Adjustable based on pump and system specifications

Performance Charateristics :

• Voltage Range: 0 - 2V per cell (depending on the electrode material and configuration)

• Current Density: Up to 50 mA/cm² (depending on the water conductivity and electrode configuration)

• Efficiency: Ion removal efficiency > 90% under optimal conditions

Working Area Options :

• 3 cm x 3 cm (9 cm²)

• 5 cm x 5 cm (25 cm²)

Applications

• Research and Development: Ideal for studying the performance of new electrode materials, specifications, and CDI cell designs.

• Pilot Projects: Suitable for small-scale water treatment and desalination projects.

• Water Treatment: Applied in the development and optimization of capacitive deionization systems for water purification.

• Educational Use: Utilized in academic settings for teaching and demonstrating principles of capacitive deionization.

• Industrial Applications: Applied in the development of water treatment solutions for various industrial processes.