Battery Swelling Gas Analyser
Gain instant insight into battery condition through fast, accurate analysis of swelling gases.
requiring only 1–2 ml sample volume and supporting direct or syringe-based sampling.
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High-Precision Battery Swelling Gas Analysis
During charge and discharge cycles, lithium-ion batteries can generate gases that signal degradation, safety risks, or changes in electrochemical performance. The GAS Battery Swelling Gas Analyser provides a rapid, comprehensive method for identifying these gases, offering valuable information for research, quality control, and safety assessments.
With three analytical channels – two TCD channels for permanent gases and a temperature-programmed FID channel for C₁–C₆ hydrocarbons (extendable to C₁₀) – the analyser delivers highly detailed gas profiles. Its vacuum sampling option ensures minimal sample volume requirements (1–2 ml), preserving limited sample availability while preventing cross-contamination.
Designed for modern battery R&D and production environments, the Battery Swelling Gas Analyser supports both direct battery gas extraction and syringe injection, with optional autosampler for high-throughput workflows.
Applications
- Battery Safety and Degradation Studies
Analyse gas composition produced during swelling to assess battery aging, thermal runaway indicators, and safety risks. - Charge/Discharge Cycle Monitoring
Track gas formation across cycling tests to evaluate electrolyte stability, SEI layer behaviour, and cell efficiency. - R&D and Material Development
Support development of new electrolytes, separators, and electrode materials through detailed gas-phase analysis. - Failure Analysis and Diagnostics
Identify abnormal gas signatures linked to defects, contamination, or cell malfunction. - Quality Control in Battery Production
Verify cell integrity and detect early-stage swelling behaviour using fast, reproducible gas measurements.
Benefits
- Instant Insight Into Battery Condition
Multi-component gas analysis reveals performance and safety-relevant changes in real time. - Minimal Sample Volume Required
Only 1–2 ml total sample needed thanks to vacuum sampling and pre-evacuated loops. - Direct or Syringe-Based Sampling
Adaptable to R&D or production environments with optional syringe autosampler. - Three-Channel Analytical Design
Two TCD channels analyse permanent gases; FID channel offers detailed hydrocarbon profiling up to C₁₀. - High Reproducibility and Sensitivity
Temperature-programmed column oven and optimised detector configuration ensure consistent, accurate results.
Downloads – Battery Swelling Gas Analyser
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Battery Swelling Gas Analyser Datasheet
Explore detailed specifications, chromatograms, channel configuration, and sampling options for the advanced ER415 Battery Swelling Gas Analyser.