AL9653 Low Voltage Anode Foil for Electrolytic Capacitors

Low Voltage Anode Foil for Electrolytic Capacitors Description

Manufactured from 1A99 Aluminium Alloy, Low Voltage Anode Foil for Electrolytic Capacitors features controlled rolling and annealing processes to achieve tight dimensional tolerances and minimal surface impurities. Its uniform microstructure supports consistent electron transport, enhancing capacitor electrode performance. The foil’s chemical stability and precise grain structure contribute to effective charge distribution, making it suitable for applications where consistent low voltage behaviour is required.

Low Voltage Anode Foil for Electrolytic Capacitors Applications

Electronics
- Used as an anode in low-voltage electrolytic capacitors to achieve efficient charge distribution by leveraging controlled microstructure and consistent thickness.
- Applied as a current collector in filtering circuits to stabilise current flow by utilising minimised impurity levels.

Industrial
- Used as a structural component in power supply modules to improve current conduction by leveraging uniform material properties.
- Applied in energy storage systems where even charge distribution is critical by capitalising on precise alloy composition.

Low Voltage Anode Foil for Electrolytic Capacitors Packing

The foil is packaged in moisture-resistant, anti-static envelopes and secured within rigid, shock-absorbent boxes to minimise mechanical stress and contamination. Storage recommendations include maintaining a cool, dry environment to preserve the material’s controlled properties. Custom packaging options, such as vacuum sealing and individual labeling, are available to meet specific handling and storage requirements.

Frequently Asked Questions

Q1: What quality control techniques are used to maintain foil uniformity?
A1: SAM employs precision rolling, controlled annealing, and X-ray fluorescence analysis to ensure thickness consistency and monitor alloy composition, minimising microstructural variations for stable low voltage performance.

Q2: How does the foil's microstructure affect capacitor performance?
A2: A uniform microstructure enhances electron transport and reduces localized impurities, which helps maintain stable voltage levels and efficient performance in capacitor applications over extended use.

Q3: Can the foil be customised for specific capacitor designs?
A3: Yes, SAM offers customisation in terms of dimensions and surface finish. Adjustments to rolling and annealing protocols allow the foil to meet specific technical requirements for various low voltage capacitor designs.

Additional Information

Aluminium alloys, such as 1A99, are critical in capacitor manufacturing due to their effective electrical conduction and lightweight characteristics. The controlled processing techniques applied during production ensure an optimised grain structure and minimal impurity inclusion, which are essential for consistent performance in energy storage applications.

Advances in metal processing, including precise rolling and annealing methods, have enhanced the ability to produce aluminium foils with predictable properties. This improved control over microstructural characteristics supports applications in power regulation and energy storage, where material uniformity and stability are key to long-term device performance.