Description
Atomfair 1AH NCA Anode-Free Dry Pouch Cell
Coated Carbon Copper Foil Configuration for Advanced Battery R&D
Product Overview
The 1AH NCA Anode-Free Coated Carbon Copper Foil Dry Pouch Cell is a state-of-the-art energy storage solution designed for advanced battery research and development. Utilizing Lithium Nickel Cobalt Aluminum Oxide (NCA) chemistry combined with coated carbon on copper foil, this dry pouch cell is ideal for exploring innovative battery technologies and enhancing energy efficiency. Delivered as a dry core without electrolyte, it offers maximum flexibility for experimental customization.
Technical Specifications
| Parameter | Details |
|---|---|
| Cell Type | NCA || Coated Carbon Copper Foil Dry Pouch Cell |
| Capacity | 1AH (Ampere-hour) |
| Positive Electrode (NCA) Dimensions | 45.5 x 64 mm (Subject to actual size) |
| Negative Electrode Dimensions | 46.5 x 65 mm (Coated Carbon Copper Foil; Subject to actual size) |
| Electrolyte | Not included (dry core) |
Key Features
- High Energy Density: Exceptional energy storage via NCA || Coated Carbon formulation.
- Coated Carbon Composition: Enhances conductivity and improves charge/discharge rates.
- Copper Foil Support: Ensures high electrical conductivity and reliable stability.
- Dry Cell Configuration: No electrolyte filling, allowing full flexibility for research.
- Flexible Pouch Format: Lightweight design for easy integration into various systems.
Target Applications
- Battery R&D: Investigating advancements in cycle life and tech performance.
- Prototype Development: Electric vehicles, portable electronics, and renewables.
- Educational Use: Valuable for academic research in materials science/electrochemistry.
Packaging & Storage
Contents: 1 piece of 1AH NCA Anode Free Coated Carbon Copper Foil dry pouch cell.
Storage Recommendation: Store in a cool, dry environment to maintain optimal performance and prevent degradation.
SPECIALIZED RESEARCH SOLUTIONS
For inquiries about design parameters, performance details, or custom requests, please contact us.
