Description
Description
This in-situ Raman electrochemical cell, built upon the foundation of the B002-RM model with the addition of a pressure system, capable of withstanding a maximum pressure of 6MPa. It is meticulously designed for studying electrode materials, providing in-situ spectroscopy and morphology analysis during electrochemical experiments.
Features
Crafted from high-purity titanium, this electrochemical cell combines robust construction with advanced functionality. Featuring both positive and negative poles, isolation is achieved through a user-provided membrane. The cell has an exceptional sealing capability and assembly reproducibility.
Facilitating precise evaluations, the cell allows for load adjustments through a spring mechanism. Connected to charging/discharging equipment, it becomes a versatile tool for a wide range of battery cycling tests and characteristic assessments.
User-friendly in every aspect, this electrochemical cell requires only a simple tightening of screws, with an outstanding chemical-resistant O-ring ensuring airtight sealing. Whether assembled in a glovebox or deployed outdoors, its adaptability is unmatched.
Ease of disassembly post charging/discharging tests ensures sample integrity. Swift assembly and disassembly make cleaning a simple process, enhancing the overall efficiency of your experiments.
Key specifications include a working electrode distance from the optical window of less than 2mm, an optical window diameter of 8mm, and overall dimensions of 50x50x24mm.
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