Elektrodepozisyon ve elektrokaplama yaygın olarak kullanılan iki elektrokimyasal yüzey işleme yöntemidir., and there are some differences in their working principles:

Nasıl çalışır:
Elektrodepozisyon: Electrodeposition is the process by which metal ions are reduced from an electrolyte solution and deposited onto the surface of the workpiece to form a metal coating. Elektrodepozisyonda, the plated workpiece acts as a cathode and is connected to the negative end of the power supply, while the anode is usually an electrode in an electrolyte solution of the same metal.

Elektrokaplama: Electroplating is the process of providing protection, dekorasyon, or other special properties by depositing a metal coating on the surface of a workpiece. Elektrokaplamada, the plated workpiece is usually used as an anode, connected to the positive electrode of the power supply, katot metal iyonlarının kaynağıdır, elektrolit çözeltisindeki metal blok veya başka metal elektrotlar olabilen.

Elektrodepozisyon ve elektrokaplamanın çalışma prensibi farklıdır

Elektrolit çözeltisi:
Elektrodepozisyon: Electrodeposition usually uses an electrolyte solution containing metal ions, elektroliz sırasında iş parçasının yüzeyinde azaltılır ve biriktirilir. The concentration and composition of metal ions in the electrolyte solution can affect the properties of the final deposition layer.

Elektrokaplama: The electrolyte solution of electroplating usually contains ions of the metal to be coated as well as other additives, inhibitörler gibi, enhancers, vesaire. These additives can adjust the properties and appearance of the coatings and provide better coating quality.

Purpose of Application:
Elektrodepozisyon: Electrodeposition is mainly used for the repair and modification of metal surface, which can repair the damaged metal surface and improve its appearance and performance through electrodeposition.

Elektrokaplama: Elektrokaplama esas olarak koruyucu kaplama sağlamak için kullanılır, dekoratif kaplama veya özel performanslı kaplama. Elektrokaplama korozyon direncini artırabilir, aşınma direnci, electrical conductivity and other properties of metals, and can change the appearance of metals.

Genel olarak, both electrodeposition and electroplating are methods of using electric current and metal ions in electrolyte solution to form metal coating on the surface of workpiece, but they have some differences in working principle and application purpose. Elektrodepozisyon daha çok onarım ve modifikasyona odaklanır, elektrokaplama daha çok koruma sağlamaya ve performansı artırmaya odaklanırken.