Back
Knowledge

Film Applicator in micro arc oxide film

Abstract: 本文讲述了涂膜机在微弧氧化膜制备中的应用。微弧氧化膜技术通过在金属表面生成陶瓷膜,增强金属的耐磨性和耐腐蚀性。制备过程包括清洁金属表面、将金属件浸入电解质溶液中并通电,形成微弧放电以生成陶瓷膜。涂膜机在这一过程中用于涂覆改善膜性能的涂料,影响离子传输和膜生长。文章指出,涂膜机的涂布厚度和均匀性可以通过调整涂布速度和压力来控制,涂布后的样品需清洗和干燥以完成微弧氧化膜的制备。

Micro-arc oxidation film is a surface treatment technology that can form a layer of ceramic film on the metal surface. The Film Applicator can be used for film application of micro-arc oxidation film.

Application of film coating machine in micro-arc oxidation film coating picture 1

The steps commonly involved in the method for preparing a micro-arc oxidation film are as follows:

  1. Cleans metal surfaces to remove surface contaminants and oxides.

  2. Dip the metal piece in an electrolyte solution, such as sodium hydroxide or sulfuric acid.

  3. The metal piece is used as an anode, and a direct current is passed through to generate oxygen, form a micro-arc discharge, and form a ceramic film on the metal surface.

  4. The metal parts are removed from the electrolyte solution, cleaned and dried.

The application of the coating machine in the coating of the micro-arc oxidation film is shown in Figure 2

The Film Applicator can apply a layer of paint in the electrolyte solution to improve the performance of the MAO film. Coatings can affect film quality and performance by altering ion transport and film growth during MAO.

The thickness and uniformity of the coating film can be controlled by adjusting the coating speed and pressure. After the coating is completed, the sample is taken out from the electrolyte solution, washed and dried to obtain a micro-arc oxidation film.


Products required
Relevant knowledge
Guess you like it