Thickness of electrophoretic lattice frame of brand tag

“Brand Tag” is not a widely known standardized brand name for electrophoresis lattice racks (or electrophoresis coating related equipment/materials). The thickness of electrophoresis lattice racks may vary depending on the specific product model, application and technical specifications, so you need to refer to the brand’s official technical documents or contact the supplier directly to get the accurate data. The following is a description:

First.factors affecting the thickness of electrophoretic laths

Type of material:

The base material of the electrophoretic laths (e.g. metal, plastic) and its surface treatment (e.g. plating, coating) have a direct influence on the thickness. For example, the thickness of galvanized or anodized layers usually ranges from a few microns to several tens of microns.

Functional requirements:

Corrosion resistance: thicker coatings are needed to enhance corrosion resistance.

Conductivity: Excessively thick coatings may reduce the efficiency of electrical conductivity and the thickness needs to be optimized.

Mechanical strength: Highly loaded parts may require thicker support structures.

Industry Standards:

Different industries (e.g. automotive, electronics, construction) have specific requirements for the thickness of electrophoretic lattice frames. For example, the automotive industry may require a coating thickness between 15-25μm to ensure corrosion resistance and adhesion.

Second.how to determine the exact thickness

Check the technical manual:

Contact the official “Brand Tag” or authorized distributor to obtain the product’s technical specifications (Datasheet), in which the thickness parameters should be clearly indicated.

Consult technical support:

If the manual does not provide detailed information, you can contact the brand’s technical support team directly, providing specific application scenarios (e.g., material of the workpiece, use of the environment), in order to obtain customized advice.

Reference to industry standards:

If the brand does not provide clear instructions, you can refer to the following standards:

ISO 1461 (metal galvanizing layer thickness)

ASTM B117 (salt spray test standard, indirectly related to the coating thickness)

IPC-A-610 (coating thickness requirements for the electronics industry)

Third.notes

Thickness and cost: the thicker the coating, the higher the cost, and need to strike a balance between performance and cost.

Thickness uniformity: Electrophoretic coating needs to ensure uniform thickness to avoid localized over-thinning leading to corrosion or over-thickness affecting performance.

Inspection methods: Non-destructive inspection can be carried out using a coating thickness gauge (e.g. magnetic induction, eddy current or ultrasonic thickness gauge).

Conclusion

As “Brand Tag” is not a generic brand, its electrophoretic lattice thickness should be confirmed through official channels. It is advisable to obtain the technical documentation of the product as a matter of priority or to contact the brand directly to obtain accurate data