Spray Frame Thickness Requirements of Engraved Round Metal Logo
There is no set standard for the thickness of the spray lacquer frame (electrophoretic coating) required for the Engraved Round Metal Logo, but the following factors can be used as a reference: First.industry norm thickness range:The thickness of the electrophoretic coating usually ranges from a few microns to several tens of microns, depending on the product requirements and the environment For applications requiring higher corrosion and wear resistance, the coating thickness may be on the thicker side, e.g. some industries may require 60 to 70 microns or even more. Second.product-specific requirements:If metal logos are used for high-end decoration or in special environments , thicker coatings may be required to provide better protection and decoration.Some application scenarios may specify coating thicknesses, such as the national specification GB/T 18593-2010, which specifies a spray thickness of 0.17 to 0.3 mm Third.process parameter control:Coating thickness can be precisely controlled by adjusting electrophoresis process parameters (such as. voltage, time, coating concentration and so on.).In practice, the process parameters need to be optimised according to the material properties, surface condition and target performance.Fourth.quality and performance balance:Too thick a coating may affect logo fineness, while too thin a coating may not meet protection requirements.It is recommended that the optimum thickness range be determined experimentally, taking into account appearance, durability and processability.
Product Details
There is no set standard for the thickness of the spray lacquer frame (electrophoretic coating) required for the Engraved Round Metal Logo, but the following factors can be used as a reference:
First.industry norm thickness range:
The thickness of the electrophoretic coating usually ranges from a few microns to several tens of microns, depending on the product requirements and the environment
For applications requiring higher corrosion and wear resistance, the coating thickness may be on the thicker side, e.g. some industries may require 60 to 70 microns or even more.
Second.product-specific requirements:
If metal logos are used for high-end decoration or in special environments , thicker coatings may be required to provide better protection and decoration.
Some application scenarios may specify coating thicknesses, such as the national specification GB/T 18593-2010, which specifies a spray thickness of 0.17 to 0.3 mm
Third.process parameter control:
Coating thickness can be precisely controlled by adjusting electrophoresis process parameters (such as. voltage, time, coating concentration and so on.).
In practice, the process parameters need to be optimised according to the material properties, surface condition and target performance.
Fourth.quality and performance balance:
Too thick a coating may affect logo fineness, while too thin a coating may not meet protection requirements.
It is recommended that the optimum thickness range be determined experimentally, taking into account appearance, durability and processability.
oyc
High Quality metal fitting, Dog Hook, Metal Ring,customer made Logo Plate
