PX-RC-DRS-A1

Low Dead Volume Diffuse Reflection In Situ Cell

Suitable for various mainstream brands of Fourier transform infrared spectrometer and UV-visible absorption spectrometer. Equipped with a Raman dome, it can also be used for in situ characterization of Raman spectroscopy. Ideal for gas-solid phase systems with extremely low internal reactive volume ensuring an average residence time of less than 2 seconds for gases.

±0.2°C

Accuracy

<2s

Residence Time

4.0MPa

Max Pressure

Product Introduction

The Low Dead Volume Diffuse Reflection In Situ Cell (PX-RC-DRS-A1) is suitable for various mainstream brands of Fourier transform infrared spectrometer and UV-visible absorption spectrometer. Equipped with a Raman dome, it can also be used for in situ characterization of Raman spectroscopy.

The research object is gas-solid phase systems. It can meet a wide range of experimental conditions from vacuum to high pressure, from room temperature to high temperature.

Additionally, its extremely low internal reactive volume ensures an average residence time of less than 2 seconds for gases, making it ideal for spectrodynamic studies.

Product Features

Low Dead Volume Design

Can be used for transient spectroscopy tests such as SSITKA (Steady-State Isotopic Transient Kinetic Analysis) and MES (Modulation Excitation Spectroscopy), enabling advanced kinetic studies.

Photocatalytic Research Capability

External light sources can be introduced to carry out photocatalytic research, expanding the range of experimental possibilities for light-driven catalytic processes.

Multi-Spectroscopy Compatible

Compatible with FTIR, UV-Vis, and Raman spectroscopy systems from various mainstream brands, providing versatile characterization options for your research needs.

Technical Specifications

Model Number

PX-RC-DRS-A1

Temperature Range

Normal temperature ~600°C; Normal temperature ~900°C (high temperature version), accuracy: ±0.2°C

Pressure Range

Vacuum ~4.0MPa

Product Material

316 stainless steel; Hastelloy (High Temperature)

Window Panel Material

Infrared spectroscopy: quartz + zinc selenide; UV-visible, Raman spectrum: quartz

Temperature Measurement Method

K-type thermocouple, the end is placed directly inside the bed for temperature measurement

Heating Method

Dual heating rods are symmetrically arranged, 24V/150W; 20V/600W (High Temperature)

Ready to Enhance Your Research?

Contact our team to discuss your specific requirements and receive a customized quote for the Low Dead Volume Diffuse Reflection In Situ Cell.