Physical properties of brand tag’s electrophoretic lattice frame

The “Brand tag” electrophoresis lattice is not a widely recognized or standardized product name. In common industry terminology, electrophoresis and lattice (often referred to as a sealer or topcoat) are two different surface treatments that may be combined for specific products, but there is a lack of publicly available technical information that directly corresponds to the “Brand tag” electrophoresis lattice. However, there is a lack of publicly available technical information that directly corresponds to the “Brand tag electrophoresis lattice”. The following provides a framework for analyzing the physical properties of electrophoresis and lacquering processes:

First. physical properties of electrophoresis process
Electrophoretic coating causes charged particles to be deposited on the surface of the workpiece through the action of an electric field, forming a uniform coating, and its physical properties include:

Coating uniformity: electrophoresis can realize uniform coverage of the inner cavities and crevices of complex workpieces, avoiding dead corners.
Adhesion: dense paint film, strong bonding with substrate, excellent impact resistance.
Corrosion resistance: dense coating, salt spray resistance test can reach more than 72 hours, suitable for high corrosion resistance requirement scene.
Mechanical properties: high hardness (such as 180 ℃ baking hardness up to 4-5H), strong impact resistance.
Glossiness: By adjusting the ratio of high-gloss/low-gloss paint, different gloss requirements can be realized.
Second, the physical properties of the lattice frame (closed paint / top coat) process
Lattice frame is usually used as a surface protection layer, its physical properties include:Weathering resistance: to prevent the underlying plating layer from oxidizing and discoloring, and to enhance the corrosion resistance.
Hardness and abrasion resistance: Provide surface hardness to resist scratches and abrasions.
Adhesion: Good bonding with electrophoretic coating or underlying metal to prevent flaking.
Glossiness: can be adjusted to transparent, matte or high-gloss effect to meet the demand of appearance.

Thirde.potential performance of electrophoresis combined with lattice frame
If the “Brand tag” product adopts electrophoresis + lattice process, its physical properties may include:

Composite protection: The electrophoresis layer provides basic corrosion protection, while the lattice layer enhances wear resistance and appearance.
Chemical resistance: The combination process improves resistance to acids, alkalis and solvents.
Corrosion resistance: Neutral salt spray test can reach more than 300 hours, which is significantly better than the traditional lattice process (e.g. neutral salt spray resistance after lattice is usually more than 20 hours).
Fourth.information to be further confirmed
Product-specific definition of “Brand tag”: it needs to be clear whether it is a specific brand, model or process combination.
Technical parameters: specific product specifications to confirm the coating thickness, hardness, adhesion and other data.
Application scenarios: different industries (such as automotive, home appliances, hardware) have different physical property requirements.
Fifth. suggestions
Contact the supplier: directly to the “Brand tag” brand or supplier to obtain technical specifications.
Third-party testing: entrust professional organizations to conduct coating performance tests (such as adhesion, corrosion resistance, etc.).
Industry comparison: Refer to the performance standard of similar products (e.g. automobile wheel hub electrophoresis coating).
For more accurate analysis, the following information is recommended:

Electrophoresis type (cathode/anode)
Specific composition of lattice frame (e.g. acrylic resin, polyurethane, etc.)
Application area and environmental requirements
The above is based on the general characteristics of the electrophoresis and lattice frame processes for reference.