Product Description
C031-5 is an in-situ optical electrochemical cell designed to simulate Li-ion battery operation and enable real-time observation of lithium dendrite formation. The cell’s conductive base is made from high-purity titanium, offering excellent chemical and mechanical stability.
A sapphire optical window (transmittance > 95%) allows high-clarity visualization during testing. The cell supports planar electrodes of 10 × 10 mm and is compatible with standard electrochemical workstations.
Its robust structure and optical transparency make it ideal for lithium deposition studies, interface behavior monitoring, and in-situ dendrite growth analysis.
Key Features
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High-purity titanium substrate ensures excellent conductivity and chemical resistance
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Allows simulation of Li-ion battery operation and lithium dendrite growth
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Sapphire optical window with > 95% light transmittance
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Suitable for 10 × 10 mm electrode sheets
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Ideal for in-situ electrochemical imaging and Li metal research
Product Specifications
| Item |
Specification |
| Model |
C031-5 |
| Application |
In-situ Li dendrite growth observation |
| Cell Body Material |
High-purity Titanium |
| Optical Window Material |
Sapphire glass |
| Optical Window Size |
Custom / integrated |
| Transmittance |
> 95% |
| Compatible Electrode Size |
10 × 10 mm |
| Working Environment |
Ambient or controlled lab setup |
| Electrode Type |
Planar Li-based or compatible metal sheets |
