Products Overview
A Controlled Environment for High-Temperature and Reaction-Based Studies.
This advanced reaction chamber enables in-situ diffuse reflectance
spectroscopy (DRIFTS) and environmental studies for powders, catalysts,
and surface interactives under extreme temperature and controlled pressure
conditions — ideal for materials research, catalysis, and photochemical applications.
Benefits
✔ Support for high-surface-area powders
✔ Operates from high vacuum to elevated pressures
✔ Achieves temperatures up to 910 °C
✔ Multiple window configurations for FT-IR & UV-Vis
✔ Gas inlet/outlet ports for flow/pressurization control
Core Features
Designed for Advanced Spectroscopic Research
Universal Compatibility
Works with industry standard diffuse reflection accessories and spectrometers (FT-IR, UV-Vis-NIR).
Controlled Pressure Environments
Operate from vacuum to high pressure with optional domes — for realistic catalytic and gas–solid studies.
Modular Windows & Observation
Switch between KBr, ZnSe or SiO₂ optical windows with sight-glass for direct visual monitoring.
High-Temperature Capability
Stable temperature control up to 910 °C, enabling real-world reaction studies.
Chemical-Resistant Design
Constructed from 316 stainless steel with optional inert coatings for durability and corrosion resistance.
Gas Inlet/Outlet Control
Three ports for evacuating, pressurizing or introducing gas flow during reaction analysis.
How It Works — Four-Step Process
Simple Setup for Complex Experiments
A straightforward process designed for high-precision spectroscopic studies under controlled thermal and gas-reaction environments.
✔ Place sample in reaction chamber
✔ Select window configuration & mount dome
✔ Connect gas control and temperature controller
✔ Perform diffuse reflectance spectroscopic analysis
✔ Place sample in reaction chamber
✔ Select window configuration & mount dome
✔ Connect gas control and temperature controller
✔ Perform diffuse reflectance spectroscopic analysis
Technical Overview
A concise summary of operating limits, materials, and configuration options for advanced research applications.
| Parameter | Details |
|---|---|
| Operating Temperature | Up to 910 °C under controlled conditions |
| Pressure Range | From high vacuum (~10⁻⁶ torr) to high pressure (~3.44 MPa) |
| Materials | Chemically resistant 316 stainless steel |
| Window Options | KBr, ZnSe, SiO₂ with glass observation port |
| Gas Ports | 3 inlet/outlet ports for gas flow & control |
| Configuration | Compatible with diffuse reflectance accessories |
Why Researchers Choose It
Engineered for Precision & Performance
Purpose-built to deliver accurate, repeatable results under extreme temperatures and controlled environments, supporting advanced in-situ spectroscopic research.
✔ Conduct in-situ analysis at realistic temperatures
✔ Flexible environmental control (pressure & gas flow)
✔ Enhanced surface and catalyst reaction insights
✔ Rugged design for long-term laboratory use
✔ Compatible with multiple spectroscopic techniques
Ideal Users / Applications
Perfect for These Research & Industry Applications
✔ Catalysis and surface science research
✔ Chemical reaction monitoring
✔ Photochemical reaction analysis
✔ Materials engineering & powder characterization
✔ High-temperature environmental studies
Configure Your High-Temperature Reaction Chamber
Get expert guidance on window options, pressure control, and temperature capabilities tailored to your experimental needs.
