CR2032 Coin Cell Case with Kapton Window is designed for in-situ characterization of battery materials during charging and discharging processes.
The 10 mm Kapton window enables X-ray beam penetration for observing battery material phase variations. The two-side window configuration further supports full penetration of in-situ X-ray or neutron diffraction analysis.
Key Features
Kapton Window for In-Situ Analysis: The Kapton window allows X-ray beam penetration for real-time analysis of battery material phase changes during charge and discharge.
One-Side and Two-Side Configurations: Available with one-side Kapton window or two-side Kapton windows depending on the requirements of X-ray or neutron diffraction measurements.
Optimized Cell Design: Equipped with PP (Polypropylene) sealing O-ring and aluminum-coated positive side casing for coin cell testing applications.
Compatible with CR2032 Coin Cell Format: Designed as a special CR2032 coin cell casing for laboratory battery research and electrochemical characterization.
Technical Specifications
One-side Assembling Structure
Two-side Assembling Structure
Application Note
- To reduce X-ray photon loss and improve X-ray signal resolution, a carbon-based substrate is recommended as the current collector instead of aluminum or copper foil.
- Electrode pellets can also be prepared using a laboratory press and dry pressing die instead of electrode-coated aluminum or copper foil.
