ATOMFAIR® IN-SITU RAMAN TWO-ELECTRODE BATTERY CELL

OPERANDO RAMAN BATTERY METROLOGY

Product Overview

This specialized analytical battery installation is engineered to unlock uncompromised cell-to-cell consistency during live phase structural and morphology monitoring. Optimized for seamless glovebox-to-open-air transfers, it integrates an internal spring load adjustment mechanism that permits flexible compression variations on active materials. It establishes an uncompromised operando split-concentric battery cell price validation platform for cutting-edge titanium spectroelectrochemical validation platform R&D workflows.

Technical Specifications

PARAMETER	DETAILS
1. Structural Architecture & Load Metrics
Cell Body Matrix	High-purity Titanium (Ti) construction offering elite chemical and galvanic corrosion resistance
Mechanical Compression	Integrated internal spring assembly supporting adjustable load adjustments over target battery materials
Outer Dimensions	50 × 50 × 20 mm compact block design optimized for analytical stage attachment
2. Optical Field & Interface Boundaries
Optical Window Diameter	∅8 mm wide-view window field accommodating diverse long-working-distance lenses
Interfacial Gap Profile	Ultra-short electrode-to-window separation distance of <2 mm minimizing electrolyte absorption losses
Hermetic Sealing System	High-performance, chemically inert O-ring perimeter secured via cross-pattern screw fastening
Testing Interoperability	Directly compatible with standard charge/discharge cyclers and potentiostat measurement workflows
3. Regulatory & Manufacturing Trace
Manufacturing Rules	Processed under strict ISO 9001 compliance validation conditions

Key Features & Advantages

Glovebox-Free Ambient Operation: Superior hermetic O-ring assembly enables safe handling in open-air environments after initial glovebox assembly.
Rapid Tool-Less Breakdown: Designed for streamlined disassembly and washing, ensuring high experimental throughput and zero cross-run contamination.
Minimized Optical Path Loss: The critical electrode-to-glass window boundary is held below 2 mm to eliminate parasitic laser scattering.

APPLICATION SCOPE: In-situ Raman battery profiling, operando electrode phase transformation monitoring, and long-term electrochemical cycling characterization.

PACKAGING: Cleanroom sealed package with custom-molded high-density internal component stabilization tracks.

IMPORTANT NOTICE: When compressing the outer fastening plates, ensure tightening forces are applied symmetrically across all screws. This safeguards the hermetic seal track against uneven stress profiles and preserves the <2 mm structural window distance safely.

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 Raman two-electrode cell

ATOMFAIR® In-Situ Raman Two-Electrode Battery Cell