In Situ Raman Electrocatalysis Testing Cell

Name: In Situ Raman Electrocatalysis Testing Cell
Brand: Canrd
Price: 1540.41 USD
Availability: InStock

$1540.41

رقم المنتج:MA-CM-TO-006901

المواصفات

✓ تم الاختيار: Electrocatalytic in-situ Raman testing cell

الكمية

ضمان الجودة

مباشرة من المصنع

الشحن العالمي

Details

مواصفات

تفاصيل

1. Product Application:

This product is suitable for in-situ electrochemical Raman spectroscopy testing in three-electrode electrocatalysis systems.

This product is applicable for optical microscopy analysis of electrode surfaces during electrocatalysis processes.

This product is suitable for Raman imaging of vertical electrode surfaces during electrocatalysis processes.

2. Product Features:

1) This mold is suitable for three-electrode electrocatalysis testing in aqueous systems, with an imported glassy carbon working electrode, platinum wire, and silver chloride reference electrode. The working electrode can be customized and replaced as needed.

2) The height of the liquid level above the working electrode can be adjusted.

3) Test cell outer dimensions are 60*80mm, height 22mm, with a 20mm diameter optical window.

4) The test cell is made of PEEK material, resistant to acid, alkali, and organic solvents. It is also resistant to high temperatures. The cell window is pressed by the upper cover and sealed with O-rings, providing excellent sealing performance.

5) Simple operation, compact size, and easy assembly and disassembly.

6) This product can switch between three window materials: quartz window, sapphire window, and quartz glass, to reduce signal loss during use.

7) The Raman signal can be maximized by focusing the laser beam spot. The mold holder can be changed to fit various mainstream Raman brands without the need for instrument modification. It is suitable for various excitation light wavelengths.

3. Advantages over Similar Products:

High light transmittance and minimal signal loss for optical windows.

Convenient to use and easier to focus.

Allows for the integration of Raman imaging and spectroscopic studies.