DQ-2 Capacitive Deionization Cell

Product overview

The DQ-2 extends the DQ-1 concept with a graphite current collector and a serpentine flow path. The catalog identifies grade 520 isostatic graphite and provides the channel and collector dimensions. Match the electrode stack, seals and liquid connections to this geometry when defining a complete capacitive-deionization test assembly.

Specifications & ordering details

Use these parameters to define your requirement. The quotation confirms the exact supplied specification.

Material / system	PMMA protective plates; graphite current collector
Catalog model	DQ-2
Protective plates	PMMA
Current collector	Grade 520 isostatic graphite
Collector dimensions	115 × 120 × 10 mm
Internal channel	50 × 50 × 2 mm; serpentine design
Active area and flow-field design	Specify with your requirement.
Plate / current-collector materials	Specify with your requirement.
Connections and included accessories	Specify with your requirement.

Research applications

Flow-path CDI research
Electrosorption material evaluation
Laboratory water-treatment studies

Before you order

Check the electrode stack against the flow-channel geometry.
Specify seals and liquid connections.
Confirm current collectors and electrical connection scope.

Product documents

View the source catalog for this offering. Share your grade, model and application to request the relevant specification or material documentation.

View Electrochemistry, Flow & MEA Systems — page 61 ↗Download PDF

Selection questions

What should a custom enquiry include?

For DQ-2 Capacitive Deionization Cell, provide the active area, sample or electrode geometry, materials, interfaces and the operating conditions. Include drawings and identify every component in the assembly scope.

Are electrodes, membranes and accessories included?

Specify the parts required. Hardware, membranes, electrodes, gaskets, fittings and instruments should be identified separately in the quotation.