Conductive Carbon-Coated Aluminum Foil (1 µm Coating)
Matlabs Technologies offers Conductive Carbon-Coated Aluminum Foil, a performance-tuned current collector designed to improve electrode conductivity and enhance slurry adhesion in modern battery systems. Featuring a uniform 1 µm conductive carbon coating on aluminum substrate, this foil supports strong electrical contact, improved electrochemical stability, and repeatable manufacturing results for advanced lithium-ion, sodium-ion, and hybrid battery formats.
Material Code: MT-MAT-2025
Specifications:
Coating side and thickness: Double side coating (1 micron thickness)
Aluminum Purity: > 99.9%
Surface wetting tension: >50 dyn/cm
Performance Highlights
- Enhanced Electrode Conductivity
The conductive carbon layer improves electron transport at the collector-electrode interface. - Improved Active Layer Adhesion
Coating assists slurry binding with active materials and binder systems during electrode fabrication. - Surface Uniformity
Controlled carbon coating thickness ensures reliable, consistent surface properties across the roll. - Battery-Grade Quality
Material designed for advanced electrochemical cell applications requiring stable performance.
Processing & Compatibility
- Works with PVDF, SBR/CMC, and hybrid binder systems
- Compatible with standard slurry coating processes
- Suitable for cathode and anode electrode formulations
- Applies to liquid electrolyte and emerging solid electrolyte systems
Recommended Applications
- Battery electrode current collector with conductive enhancement
- Lithium-ion & sodium-ion cell electrode fabrication
- High-power and high-energy battery designs
- Prototype and R&D electrode evaluations
- Laboratory test and pilot production lines
Handling & Storage
Store coated aluminum foil in a clean, dry, and dust-free environment to prevent oxidation and preserve coating integrity. Handle with gloves to avoid surface contamination. Keep rolls sealed until ready for electrode coating or lamination.
