In-Situ Electrochemical Observation Cell (Torque-Adjustable Dendrite) Model: B004-1

Description

(2026 Upgraded version)

The B004-1 is an in-situ electrochemical observation cell designed for lithium dendrite growth studies under controlled pressure conditions. It simulates a lithium-ion coin cell configuration and enables direct observation of lithium dendrite growth on the lithium metal electrode cross-section. The cell incorporates a glassy carbon conductive substrate, torque-adjustable pressure loading, and an automatic horizontal alignment structure to ensure uniform pressure distribution on the electrode surface.

Applications

• Lithium Dendrite Growth Observation
• Lithium Metal Electrode Studies
• In-Situ Electrochemical Observation
• Coin Cell Simulation Testing

Features

• Glassy Carbon Conductive Substrate: Minimizes metal deposition on the current collector tab surface during testing
• Coin Cell Simulation Configuration: Simulates lithium-ion coin cell structures for lithium dendrite observation
• Torque-Adjustable Pressure Loading: Applies controlled pressure to the simulated battery electrodes with a torque wrench
• Automatic Horizontal Alignment Structure: Ensures uniform pressure distribution across the electrode surface
• Optical Observation Design: Enables direct observation of lithium dendrite growth through the optical window

Specifications

• Cell body material: PEEK
• Optical window material: Sapphire glass
• Working electrode size: 10 × 10 mm
• Conductive substrate: Glassy carbon