Development of Equipment for Mass Cataphoresis Painting

Abstract

This paper describes the development and operation of a small parts coating device in an electrophoretic manner. The cataphoretic coating process is nowadays highly desirable and generates a continuous coating against corrosion. The aim of the research is to find solutions or innovations to coat small parts in bulk. Small parts are inserted inside the device and painted in a cataphoretic manner. Painting is based on rotary device and random contact between small parts and cathode.

Durability of Acrylic Cataphoretic Coatings Additivated with Colloidal Silver

“…Thanks to these aspects, cataphoresis is often successfully employed in the automotive industry [9][10][11], but in recent years it has also aroused particular interest in the researchacademic field. In fact, several works have turned to the optimization of the process equipment [12,13] and parameters, such as the curing temperature [14] and the deposition voltage [15], in order to further improve the behavior of the cataphoretic layers. The electrodeposition process has exhibited high versatility, as it has been applied to different metal substrates, such as Zn-Mg alloys [16,17], Ti-Mo alloy [18], aluminum alloys [19][20][21], and steel alloys [22].…”

Selecting Image Processing Supplier for Quality Control AI Software in Metal Cataphoretic Painting Firm by Using Fuzzy AHP and Fuzzy Topsis

“…The difference in potential between the anode and the cathode creates the conditions where the surface is covered with a thin coating of the excluded paint." (Hylák, 2019). This well-known method is significantly important for protecting parts from environmental impacts and prevent defects made by them.…”