ATOMFAIR® IN-SITU FTIR MONOCRYSTALLINE SILICON BATTERY CELL

OPERANDO ATR-SEIRAS BATTERY SPECTROSCOPY

Product Overview

This specialized analytical infrared cell installation is engineered to unlock uncompromised cell-to-cell consistency and robust window baseline tracking during live lithium battery cycling. Optimized with a stable monocrystalline silicon structural crystal to eliminate anodic dissolution and acid-base degradation common to standard Germanium (Ge) or Zinc Selenide (ZnSe) windows, it integrates an internal spring tension mechanism to secure seamless contact across electrode layers. It establishes an uncompromised operando silicon ATR-SEIRAS cell price validation platform for cutting-edge titanium infrared spectroelectrochemical platform R&D workflows.

Technical Specifications

PARAMETER	DETAILS
1. Structural Architecture & Core Materials
Infrared Window Material	Premium Monocrystalline Silicon (Si) delivering outstanding electrochemical and chemical stability across diverse pH and voltage bands
Cell Body Matrix	High-purity Titanium (Ti) core frame offering elite chemical resistance and structural integrity
Outer Block Footprint	50 × 50 × 20 mm ultra-compact format engineered for direct placement on FTIR spectrometer stages
2. Optical Stabilization & Seal Interfaces
Window Stability Gain	Eliminates anodic background currents and film peeling defects observed with Ge substrates during positive potential sweeps
Layer Compression Track	Integrated internal spring loading mechanism maintaining continuous parallel contact between anode/cathode samples and the separator
Hermetic Sealing System	Advanced dual O-ring safety tracking ensuring a completely gas-tight boundary under outside ambient operation
Assembly Flexibility	Supports streamlined glovebox loading and tools-free breakdown, offering superior structural reproducibility
3. Regulatory & Manufacturing Trace
Manufacturing Rules	Processed under strict ISO 9001 compliance validation conditions

Key Features & Advantages

Advanced Electrochemical Stability: Monocrystalline Silicon prevents parasitic anodic currents, protecting delicate thin-film metal working electrodes from delamination.
Robust Dual O-Ring Hermeticity: Features a high-integrity seal matrix enabling dependable open-air bench testing after initial glovebox assembly.
Uniform Stack Tensioning: Optimized internal spring load architecture enforces tight, continuous layer packing against the crystal interface.

APPLICATION SCOPE: In-situ FTIR battery analysis, operando ATR-SEIRAS molecular interfacial tracking, SEI layer evolution indexing, and organic electrolyte degradation validation platforms.

PACKAGING: Cleanroom sealed, high-protection transport container with individually slotted tracks for optical elements and titanium components.

IMPORTANT NOTICE: Monocrystalline silicon crystals possess precision optical facets that are highly prone to surface scratching. When closing the cell assembly, tighten the outer fastening plates symmetrically in a cross pattern to establish balanced compression across the dual O-ring tracks without inducing mechanical point strain.

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 FTIR lithium battery cell

ATOMFAIR® In-Situ FTIR Monocrystalline Silicon Battery Cell