| Product name | Capacitanoe | AL Purity | Thickness | Tensil Strength | Bending Strength | Copper | Chlorine |
| (uflcm2) | % | (um) | (kg/cm) | (Cycdles) | mg/m2 | m/m2 | |
| F-105 | 50 | > 98.0 | 18 2 | >1.6 | >70 | 《5.0 | 《1.0 |
| F210 | 90 | 20土 2 | >1.6 | >70 | |||
| F215 | 120 | 21土 2 | >15 | >70 | |||
| F315 | 150 | 28 3 | >1.6 | >80 | |||
| F-320 | 200 | 28土3 | >1.6 | >80 | |||
| F-325 | 250 | 30士 3 | >1.6 | >70 | |||
| F-420 | 220 | 36土 4 | >1.8 | >90 | <8.0 | <2.0 | |
| F435 | 350 | 36 土4 | >1.8 | >90 | |||
| F-440 | 400 | 36土 4 | >1.8 | >90 | |||
| F-445 | 450 | 36土 4 | >18 | >90 | |||
| Standard Capacitance >-10% | Foil Hardness: HARD | ||||||
High Surface Area: Etched cathode foil has a higher surface area compared to non-etched foils due to a series of microscopically small holes on its surface. This improved surface area facilitates better ion flow and increased electrode capacity.
Low Internal Resistance: Due to its specific manufacturing process, etched cathode foil has a uniform and thin layer of micro-pores, allowing increased electron mobility and reducing internal resistance.
High Conductivity: Etched cathode foil has a high electrical conductivity due to its thin layer and highly porous surface, enabling more efficient energy transfer and storage.
Stable Performance: Etched cathode foil has a stable and reliable performance due to its uniformity in terms of thickness, porosity and surface morphology.
Increased Durability: Due to its uniformity in thickness and porosity, etched cathode foil is able to withstand mechanical stress, material fatigue and prolonged cycling compared to non-etched foils.
Improved Safety: Etched cathode foil is less prone to overheating and thermal runaway compared to non-etched foils due to increased thermal dissipation and reduced internal resistance.
Cost-effective: Etched cathode foil is a cost-effective solution for many energy storage applications as it enables improved performance and longer lifespan of batteries, resulting in lower maintenance costs and longer service life.
High Surface Area: Etched cathode foil has a higher surface area compared to non-etched foils due to a series of microscopically small holes on its surface. This improved surface area facilitates better ion flow and increased electrode capacity.
