CNB-12-B002-RM
In-situ Raman two-electrode battery testing cell Model: B002-RM
Product Description
B002-RM is a high-purity titanium in-situ Raman electrochemical cell designed for real-time observation of electrode changes during battery cycling. Featuring a compact two-electrode configuration with user-supplied membrane separation, the cell allows precise spectroscopic access via an optical window positioned less than 2 mm above the working electrode.
A built-in spring mechanism provides adjustable mechanical load, ideal for interface and contact resistance studies. The chemically resistant O-ring sealing enables airtight assembly by simple screw fastening. Designed for glovebox use and ambient testing, B002-RM supports repeated assembly, stable sealing, and easy sample retrieval after cycling.
Key Features
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High-purity titanium construction for chemical durability
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Two-electrode design with membrane isolation (user-supplied)
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Sapphire optical window (⌀8 mm), < 2 mm from working electrode
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Adjustable spring-loaded pressure for load evaluation
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Quick assembly/disassembly for efficient cleaning
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Chemically resistant O-ring sealing with screw tightening
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Compatible with glovebox assembly and ambient operation
Product Specifications
| Item | Specification |
|---|---|
| Model | B002-RM |
| Application | In-situ Raman spectroscopy for two-electrode testing |
| Cell Body Material | High-purity Titanium |
| Optical Window | Sapphire (⌀8 mm) |
| Distance (WE to Window) | < 2 mm |
| Electrode Configuration | Two-electrode (WE/CE) + membrane (user-supplied) |
| Load Adjustment | Spring-loaded mechanism |
| Sealing Mechanism | O-ring + screw tightening |
| Dimensions (L×W×H) | 50 × 50 × 20 mm |
| Assembly Environment | Glovebox assembly; usable in open air |
| Reusability | Easy to disassemble, clean, and reuse |
Package Includes
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B002-RM electrochemical cell
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Sapphire optical window
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Spring loading unit
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Standard O-rings and titanium screws
