Thickness of electrophoretic lattice frame with engraved round metal logo

There is no set standard value for the thickness of the electrophoretic lath (usually referred to as the electrophoretic coating or electrophoretic paint layer) for Engraved Round Metal Logo as it depends on a number of factors including but not limited to the product requirements, the environment in which it is to be used, the parameters of the electrophoretic process, and the characteristics of the material. However, a discussion of possible thickness ranges can be made based on industry practices and the general characteristics of electrophoretic coatings.

First.general range of electrophoretic coating thickness
The thickness of an electrophoretic coating can usually be controlled by adjusting the electrophoretic process parameters (e.g. voltage, time, coating concentration, etc.). In industrial applications, the thickness of electrophoretic coatings can vary from a few microns to tens of microns. For applications requiring higher corrosion and abrasion resistance, the coating thickness may be on the thicker side.

Second.factors affecting the thickness of electrophoretic coatings
Product requirements: Different products require different coating thicknesses. For example, some high-end metal logos may require a thicker coating to provide better protection and decoration.
Usage environment: If the logo will be used outdoors or in harsh environments, a thicker coating may be required to resist corrosion and abrasion.
Electrophoresis Process Parameters: Parameters such as voltage, time, and paint concentration all affect the thickness of the coating. By adjusting these parameters, the thickness of the coating can be precisely controlled.
Material properties: The material and surface condition of the substrate also affect the adhesion and thickness of the coating. For example, a substrate with a rough surface may require a thicker coating for complete coverage.

Third.recommendations and opinions
For Engraved Round Metal Logos: As they are typically used for decorative and signage purposes, the coating thickness should be sufficient to provide a good appearance and some protection, but not so thick as to detract from the fineness and tactile feel of the logo.
Industry Conventions: In the absence of specific product requirements, industry conventions can be consulted to determine coating thickness. For example, the thickness of electrophoretic coating for some metal logos may be between 10-30 microns.
Quality control: In actual production, a strict quality control system should be established to ensure uniformity and consistency of coating thickness. This can be achieved through regular testing of coating thickness, adjustment of process parameters and optimisation of electrophoresis equipment.