DQ-1 Capacitive Deionization Cell — catalog image
Catalog image for DQ-1. The quotation confirms the selected configuration and included accessories. Image source ↗

Research Cells & Fixtures

DQ-1 Capacitive Deionization Cell

A laboratory CDI cell with PMMA protective plates and a catalog electrode spacing below 3 mm.

PMMA protective plates; PEEK componentLaboratory & research enquiries

Share the grade, dimensions and quantity for current price and lead time.

Product overview

The DQ-1 is a laboratory capacitive-deionization device for electrosorption and water-treatment research. The catalog identifies PMMA protective plates and a PEEK component measuring 140 × 140 × 10 mm. Define the electrode material, sealing and flow interfaces required by the experiment; desalination performance depends on the complete operating setup.

Specifications & ordering details

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

Material / systemPMMA protective plates; PEEK component
Catalog modelDQ-1
Protective platesPMMA
PEEK component dimensions140 × 140 × 10 mm
Anode-to-cathode spacingLess than 3 mm
Active area and flow-field designSpecify with your requirement.
Plate / current-collector materialsSpecify with your requirement.
Connections and included accessoriesSpecify with your requirement.

Research applications

  • Capacitive deionization research
  • Electrosorption electrode studies
  • Laboratory desalination experiments

Before you order

  • Specify the electrode material and dimensions.
  • Provide the liquid flow and sealing requirements.
  • Confirm the current-collection arrangement and included parts.

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-1 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.