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Battery Charge-Discharge Observation Cell E003

It can be used for in-situ observation of battery charge–discharge processes under an optical microscope.

Classification:

In situ optical imaging cell

Key words:

electrode

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Battery Charge-Discharge Observation Cell E003
Material	All-quartz (manufactured by the fusion method). PEEK core + stainless steel compression plate + screws (material customizable). Polytetrafluoroethylene lid. Quartz cell dimensions: 12.5 mm (length) × 12.5 mm (width) × 52 mm (height, including a threaded section of 18 mm)
Main Parameters	Positive and negative electrode spacing: 3 mm
Uses and Features	This apparatus can be used to observe the growth of metal dendrites in symmetric cells under an optical microscope, providing a clear visualization of the entire dendrite‑growth process. Instrument Description: 1. Mount two identical metal electrodes on either side of a double‑clamped specimen, then observe the growth of metallic dendrites under an optical microscope to obtain images or videos as shown below. 2. Easy to install, with components that can be disassembled for cleaning. Note: This electrolytic cell requires a large volume of electrolyte and is more suitable for aqueous‑based batteries. Published articles: Qiu Zhang, Yanying Lu, Licheng Miao, Qing Zhao, Kexin Xia, Jing Liang,* Shu-Lei Chou,* Jun Chen ， Angew. Chem. Int. Ed. 2018, 57, 14796–14800

Battery Charge-Discharge Observation Cell E003

Material

All-quartz (manufactured by the fusion method). PEEK core + stainless steel compression plate + screws (material customizable). Polytetrafluoroethylene lid.
Quartz cell dimensions: 12.5 mm (length) × 12.5 mm (width) × 52 mm (height, including a threaded section of 18 mm)

Main Parameters

Positive and negative electrode spacing: 3 mm

Uses and Features

This apparatus can be used to observe the growth of metal dendrites in symmetric cells under an optical microscope, providing a clear visualization of the entire dendrite‑growth process.

Instrument Description:

1. Mount two identical metal electrodes on either side of a double‑clamped specimen, then observe the growth of metallic dendrites under an optical microscope to obtain images or videos as shown below.

2. Easy to install, with components that can be disassembled for cleaning.

Note: This electrolytic cell requires a large volume of electrolyte and is more suitable for aqueous‑based batteries.

Published articles:

Qiu Zhang, Yanying Lu, Licheng Miao, Qing Zhao, Kexin Xia, Jing Liang,* Shu-Lei Chou,* Jun Chen ， Angew. Chem. Int. Ed. 2018, 57, 14796–14800