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Electrochemical In-Situ Raman Test Cell K008

The gas flow channel design ensures uniform gas diffusion. The electrolyte can circulate continuously.

Classification:

In-situ Raman electrochemical cell

Key words:

electrode

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Electrochemical In-Situ Raman Test Cell K008
Material	Main material: PEEK (polyether ether ketone) Window material: Sapphire
Main Parameters	The working face is 3.5 mm from the window. External dimensions: 90 × 70 × 20 mm The response area of the working sample is 10×10 mm. Suitable for mounting sample sizes of 15×15. Window effective diameter: 40 mm; sapphire thickness: 1 mm. From the working electrode surface to the lower surface of the window plate Distance 2.5 mm Standard configuration includes a platinum counter electrode and a silver chloride reference electrode. The working electrode is carbon paper, and the working electrode sheet must be made of a material that is inherently leak-proof.
Uses and Features	The gas flow channel design ensures uniform gas diffusion and enables the electrolyte to circulate.

Electrochemical In-Situ Raman Test Cell K008

Material

Main material: PEEK (polyether ether ketone)
Window material: Sapphire

Main Parameters

The working face is 3.5 mm from the window.
External dimensions: 90 × 70 × 20 mm
The response area of the working sample is 10×10 mm.

Suitable for mounting sample sizes of 15×15.
Window effective diameter: 40 mm; sapphire thickness: 1 mm.

From the working electrode surface to the lower surface of the window plate Distance 2.5 mm
Standard configuration includes a platinum counter electrode and a silver chloride reference electrode.
The working electrode is carbon paper, and the working electrode sheet must be made of a material that is inherently leak-proof.

Uses and Features

The gas flow channel design ensures uniform gas diffusion and enables the electrolyte to circulate.