Description
Atomfair Single-sided Kapton Window Button Battery Box (For In-situ X-ray Analysis)
Product Overview
This specialized battery box is engineered exclusively for in-situ X-ray diffraction (XRD) analysis, with a standard dimension of 20mm × 1.6mm (custom sizes available). It features a 0.18mm thick Kapton window and a positive electrode side aluminum coating of less than 0.01mm thickness, weighing only 0.25 ounces (7 grams). The material formulation balances structural protection and unobstructed X-ray penetration, meeting the dual demands of battery packaging stability and research testing accuracy.
Key Design Advantages
The product integrates three core design features to optimize in-situ XRD testing performance:
- Kapton Window: Ensures smooth, low-interference X-ray penetration, eliminating signal blocking that would compromise diffraction curve accuracy.
- Ultra-thin Aluminum Coating: Optimizes battery electrical performance without introducing excessive X-ray absorption, maintaining the integrity of testing data.
- Carbon Foil Current Collector: Replaces traditional Al/Cu foils to avoid X-ray absorption interference, significantly enhancing the precision of material structure detection during battery operation.
Model Compatibility & Supporting System
To cover full-scenario scientific research and testing needs, we offer a comprehensive product portfolio:
- Multi-model Battery Boxes: Compatible with mainstream button battery models including CR2016, CR2025, and CR2032, with material options of 304 stainless steel, 316 stainless steel, and gold-plated finishes for customized research requirements.
- Complete Matching Accessories: A full range of multi-specification gaskets and precision springs, designed to seamlessly integrate with the battery boxes for stable assembly in various testing environments.
Application Scenarios
Tailored for battery research and development, this product is ideal for the following fields:
- In-situ X-ray diffraction (XRD) analysis of battery electrode materials
- Dynamic performance testing of lithium-ion button batteries during charge-discharge cycles
- Material structure evolution research in battery R&D laboratories
- Academic research projects and industrial battery performance validation tests
Quality Compliance
All components comply with international laboratory research standards:
- Kapton window materials meet ISO 10993 biocompatibility and chemical stability specifications, suitable for long-term contact with battery electrolytes.
- Stainless steel parts adhere to ASTM A240 standards, ensuring dimensional accuracy and corrosion resistance in laboratory environments.
- Coating processes (aluminum, gold) follow ASTM B209 and ASTM B456 requirements, guaranteeing uniform thickness and consistent performance.
If you?re interested, have any questions, or have specific customization requirements, please feel free to contact us at inquiry@atomfair.com.
