ATOMFAIR® IN-SITU X-RAY ABSORPTION SPECTROSCOPY REACTION CELL

RESEARCH GRADE MATERIAL

Product Overview

This premium in-situ X-ray absorption fine structure (XAFS) reaction cell is custom-developed for synchrotron radiation tracking of catalyst electronic states and local coordination geometries during real-time electrochemical activation. Machined from ultra-high density inert blocks with high-precision flow mechanics, it seamlessly adapts to complex beamline configurations. Featuring dedicated gas purging networks and modular chamber layouts, this synchrotron X-ray absorption cell price package delivers an optimized window-to-sample path length for maximum photon throughput across global synchrotron user facilities.

Technical Specifications

PARAMETER	DETAILS
1. Core Device & Structural Options
Cell Body Material	Premium Polyetheretherketone (PEEK)
Chamber Volume Customization	Internal chamber capacity dimensions can be altered according to user requirements
Gas Flow Handling	Built-in high-tightness gas inlet and gas outlet pathways to maintain controlled chemical atmospheres
2. Functional Configuration Types
Single Chamber Configuration	Optimized single-compartment layout for streamlined liquid-phase or thin-layer characterization
Dual Chamber H-Type Design	Separated cathodic and anodic compartments linked via user-supplied ion exchange membranes
Electrodeless Gas-Only Layout	Purified non-electrochemical design intended solely for pure gas-phase spectroscopic characterization
Gas Diffusion Layout	Incorporates optimized back-side flow structures for multi-phase gas diffusion electrode testing
3. Electrode & Optical Viewport Array
Electrode Flexibility	Configurable for 2-Electrode or 3-Electrode electrochemical monitoring circuits
Working Electrode (WE)	Custom-engineered based on the specific material morphology of the research target
Counter & Reference Array	Tailored and configured independently to match experimental electrolyte environments
Optical Window Material	High-Transmission Kapton Polyimide Film Viewport (To be prepared/supplied by the end-user)
Manufacturing Rules	Produced under strict PEEK X-ray spectroscopy cell standard workflows with clean CNC micromachining criteria

Key Features & Advantages

Synchrotron Optimized Path: Specially built to fit modern synchrotron beam hutches, featuring a compact front profile that reduces X-ray absorption background through the Kapton window XAFS reaction cell framework.
Flexible Gas Atmosphere Control: Comfortably manages how to change gas atmosphere in XAFS cell configurations by executing hermetically sealed gas feeding lines, ensuring safe tracking under volatile gas matrices.
Multi-Tiered Architectural Adaptability: Readily transitions across single chamber, H-type dual compartment, or specialized gas diffusion configurations to support wide electrocatalytic exploration boundaries.
Custom Working Substrates: Incorporates robust mounting brackets that can be custom tailored to hold a wide range of custom working electrode form factors.

APPLICATION SCOPE: In-situ XAFS / XANES / EXAFS spectroelectrochemistry, synchrotron catalyst local coordination profiling, battery electrode valence state tracking, and gas diffusion flow analytics.

PACKAGING: Padded high-security transport instrumentation case enclosing the precision PEEK main reaction cell block, micro-purging gas valve adapters, electrode wire terminal anchors, and high-purity chemical sealing o-rings.

IMPORTANT NOTICE: Kapton polyimide window film window sheets must be sourced independently and cut to size according to your analytical beam spot diameter. Verify the cell airtight gas seals thoroughly under low pressure before introducing hazardous reactant gas streams into the synchrotron radiation hutch.

TAILORED SOLUTIONS FOR RESEARCH

Contact our engineering team for technical support or official institutional quotations.

EMAIL: inquiry@atomfair.com

Manufacturer: Atomfair LLC

Brand: ATOMFAIR®

in-situ XAFS electrochemical cell

ATOMFAIR In-Situ X-Ray Absorption Spectroscopy Reaction Cell (Synchrotron XAFS Type)