High-purity 99.99% anode electrode aluminum foil

Feb 27, 2023

is mainly engaged in the production and sales of raw materials for electronic components such as high-purity aluminum, electronic aluminum foil and electrode foil, as well as the production and sales of aluminum and aluminum products (high-performance aluminum alloy products). High-purity 99.99% anode electrode aluminum foil Thickness: 0.1mm electronic aluminum foil is mainly used for electrodes Foil production, electrode foil is mainly used in the production of aluminum electrolytic capacitors; high-performance aluminum alloys are mainly used in electronic consumer goods, energy-saving wires, automotive engines, automotive decoration, architectural decoration and other fields related to electronics, electricity, transportation, and construction.

High-purity 99.99% anode electrode aluminum foil production process:
The aluminum foil industry chain is: aluminum ingots-----high-purity aluminum ingots-----electronic aluminum foils-----electrode foils (corrosion foils, chemical foils)-----aluminum electrolytic capacitors----- Electronic machine. Electronic aluminum foil, also known as electrolytic capacitor aluminum foil, is a blank used to make electrode foils used in aluminum electrolytic capacitors.

High voltage High-purity 99.99% anode electrode aluminum foil

High-voltage anode foil can be divided into two categories, one is high-quality high-voltage foil; the other is ordinary high-voltage foil.
High-quality High-purity 99.99% anode electrode aluminum foil is characterized by "two high and one thin", that is, high purity, high cubic texture and thin surface oxide film. Such products are of high quality, but at a high cost. Aluminum purity >99.99%, cubic texture 96%. The vacuum heat treatment is carried out under the condition of 10-3pa～10-5Pa.

High-purity 99.99% anode electrode aluminum foil

Aluminium Sheets

Aluminium Coils

Aluminium Foils

Aluminium Strips

Aluminium Circles

Coated Aluminium

Mirror Aluminum

Stucco Embossed Aluminum

Aluminum