Cell Lab Laboratory Manometer for Solid-State Battery Testing [500 MPa | ±0.1% Accuracy | Glovebox-Compatible]

Cell Lab Laboratory Manometer for Solid-State Battery Testing [500 MPa | ±0.1% Accuracy | Glovebox-Compatible]

High-precision pressure measurement for halide and sulfide solid-state electrolyte systems

The Cell Lab™ Laboratory Manometer is a precision instrument developed for accurate pressure monitoring during solid-state and semi-solid battery research, particularly for halide and sulfide electrolyte systems. Designed to perform reliably under both ambient and applied high-pressure conditions, it supports studies on ionic conductivity, interface stability, electrode deformation, and in-situ stress evolution.

Built with a compact, glovebox-friendly body and a high-accuracy sensing module, this manometer ensures repeatable, quantitative results for material scientists and electrochemists seeking precise mechanical–electrochemical correlation data.

Key Features

• High Sensitivity Measurement
1.5 mV/V sensitivity allows detection of fine pressure variations in sealed or pressurised test cells, critical for solid-state electrolyte compression analysis.

• Precision Accuracy ±0.1 %
High-stability pressure sensor provides dependable readings across wide testing ranges, suitable for quantitative performance mapping.

• Wide Pressure Range Up to 500 MPa
Supports both low-pressure and high-pressure studies, enabling comprehensive testing of solid electrolytes, compacted powders, and interface behaviour.

• Durable Construction
Standard model made of PEEK for corrosion resistance and non-reactivity; optional ceramic body available for ultra-clean or high-temperature applications.

• Glovebox Compatible Design
Compact form factor and single-hand operation make it ideal for inert-gas environments, minimising contamination risk during air-sensitive testing.

Specifications

Applications & Research Areas

• Pressure-dependent electrochemical performance evaluation

• Solid electrolyte characterisation (halides, sulfides, oxides)

• Compatibility and densification testing for electrolyte–electrode interfaces

• In-situ cell stress measurement during charge/discharge cycling

• Compacting behaviour analysis for pelletised battery materials

FAQ

Q1: Can this manometer be used inside an argon glovebox?
A1: Yes, its compact and chemically inert design (PEEK or ceramic) makes it fully glovebox-compatible.

Q2: Is the sensor replaceable?
A2: Yes, the pressure sensor can be replaced or recalibrated by authorised service technicians to maintain accuracy.

Q3: What pressure calibration standards are supported?
A3: Compatible with standard hydraulic or pneumatic calibration rigs up to 500 MPa.

Q4: Is it suitable for real-time measurement during cycling?
A4: Yes, it can interface with external data-acquisition systems for live monitoring of cell expansion or internal pressure changes.