XAFS-2 H-Type Dual-Chamber Cell — catalog figure
XAFS-2 catalog figure from SSI's electrochemistry catalog, page 14. Final supplied components and configuration are confirmed in the quotation. Image source ↗

Research Cells & Fixtures

XAFS-2 H-Type Dual-Chamber Cell

An H-type dual-chamber XAFS cell for experiments requiring separate electrochemical compartments.

PEEK; user-provided Kapton windowLaboratory & research enquiries

Share your experiment, required configuration and quantity for a quotation.

Product overview

XAFS-2 provides the H-type dual-chamber configuration of the SSI X-ray absorption cell range. Its chamber arrangement distinguishes it from the single-chamber XAFS-1. The catalog identifies PEEK construction, configurable volume and gas ports for the range. Specify compartment separation, electrode placement and beam access together, including the user-provided Kapton window film and the required electrical interfaces.

Specifications & ordering details

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

Material / systemPEEK; user-provided Kapton window
Catalog modelXAFS-2
Chamber arrangementH-type dual chamber
Body materialPEEK
Electrode arrangementsTwo or three electrodes; specify configuration
Window materialKapton film; user-provided
Internal volumeConfigured to requirement
Instrument and optical / beam geometrySpecify with your requirement.
Sample, electrode and window requirementsSpecify with your requirement.
Connections and included accessoriesSpecify with your requirement.

Research applications

  • Dual-compartment XAFS electrochemistry
  • Separated electrode studies
  • Synchrotron reaction-cell measurements

Before you order

  • Define the compartment separation and electrode positions.
  • Provide beamline clearance and required volume.
  • Confirm the window film, gas fittings and electrical connections.

Product documents

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

View Electrochemistry, Flow & MEA Systems — page 14 ↗Download PDF

Selection questions

How do I check the instrument interface?

Share the instrument make and model, sample geometry, optical or beam path, mounting arrangement and drawings. The cell and instrument interfaces must be reviewed together.

Which experimental conditions are needed?

Specify temperature, pressure, atmosphere or electrolyte, and electrical connections. Confirm sample access, windows, fittings and accessories for the selected method.