ATOMFAIR® IN-SITU XRD SPECTROELECTROCHEMICAL CELL

RESEARCH GRADE MATERIAL

Product Overview

This premium in-situ X-ray diffraction (XRD) spectroelectrochemical cell is carefully engineered to investigate the real-time crystal phase transformations and structural variations of electrode materials during active electrochemical processes. By placing the working electrode directly underneath the ultra-thin, low-attenuation viewport window, it permits an unhindered X-ray beam path to accurately probe the catalytic interface. Supporting both active continuous fluidics and straightforward syringe filling, this platform combines high-durability tracking with a competitive XRD spectroelectrochemical cell price structure for international material science labs.

Technical Specifications

PARAMETER	DETAILS
1. Structural & Material Design
Fluid System Support	Dual Compatibility: Connects with active flowing fluid circuits or handles static injection via syringe filling
Cell Maintenance	Modular block layout for highly rapid assembly, swift disassembly, and effortless cleaning operations
Cell Body Material	Premium Polyetheretherketone (PEEK) paired with High-Purity Pure Titanium (Ti) structural components
2. X-Ray Window Parameters
Window Viewport Material	Ultra-thin High-Transmission Polyimide (PI) Film Viewport Window
Optical Proximity Distance	<3 mm (From the inner polyimide boundary surface down to the active working electrode surface)
3. Electrode & Structural Dimensions
Standard Working Electrode (WE)	5 mm Core Glassy Carbon (GC) Disk Electrode (Included as standard configuration)
Interchangeable WE Disk Options	Supports user adaptation of Gold (Au), Platinum (Pt), or Silver (Ag) disk electrodes to match test goals
Standard Reference Electrode	Silver/Silver Chloride (Ag/AgCl) Electrode or Ag+ Non-Aqueous Reference Electrode
Standard Counter Electrode	High-purity Platinum (Pt) Wire Counter Electrode
Manufacturing Rules	Machined and verified in strict accordance with premium PEEK titanium XRD cell standard requirements under high CNC accuracy controls

Key Features & Advantages

High-Performance Polyimide Window XRD Cell Configuration: Outfitted with an ultra-thin polyimide film viewport that yields exceptional X-ray transparency and chemical resilience.
Low Beam Attenuation Optimization: Successfully resolves how to minimize x-ray attenuation in electrochemical cell environments by keeping the liquid layer proximity under 3 mm above the active core.
Premium Titanium-PEEK Hybrid Block: Integrates robust polyetheretherketone bodies with high-purity titanium fixtures to preserve absolute structural integrity against aggressive electrolytes.
Adjustable Substrate Orientation: Fully customizable layout enables straightforward modification or mechanical fine-tuning of alternative 5mm disk components.

APPLICATION SCOPE: In-situ X-ray diffraction, live crystal lattice tracing, phase boundary shift characterization, and battery material degradation monitoring.

PACKAGING: Highly padded impact-resistant protective box housing the main cell block assembly, replacement polyimide film viewports, 5mm glassy carbon electrode core, standard reference/counter cables, and liquid sealing rings.

IMPORTANT NOTICE: When selecting alternative disk substrates (such as custom Gold, Platinum, or Silver), be sure standard price differences are settled prior to order finalization. Inspect the polyimide film window for uniform tension during replacement to prevent micro-wrinkles or localized electrolyte weeping.

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 XRD electrochemical cell

ATOMFAIR In-Situ XRD Spectroelectrochemical Cell (Polyimide Window Type)