What are the advantages of stainless steel signs compared to aluminum signs

Writer：admin Time：2023-06-10 11:02 Browse：℃

　　As most people know, stainless steel signs and aluminum signs belong to metal material signs. What we are not clear about is that both stainless steel and aluminum belong to aluminum alloy, which is not a pure metal material in the actual sense. Below, the manufacturer of Dadong signs will explain to you the advantages of stainless steel signs compared to aluminum signs?

　　The stainless steel label is mainly formed by the smelting plant after undergoing various chemical changes in the steel. Stainless steel is very stable, not easily corroded by strong acids and alkalis, and is endangered by its chemical structure. Moreover, stainless steel is not so easily corroded. Therefore, these regulations are likely to be long-term, and the vast majority of signs exposed in precipitation will use stainless steel as the raw material. For example, signs and directional signs on the street. This competitive requirement for rust prevention and corrosion prevention is already very high. Another characteristic of stainless steel nameplates is that they are very sturdy, durable, and not easily deformed. Now that we have covered the advantages and foundations of stainless steel signage, let's briefly mention its shortcomings. The relative density of stainless steel is 7.7-8.0, which is clearly worth it compared to the heavy iron 7.8. Stainless steel is very heavy, and because of its complex production and manufacturing, its price will also be higher.

　　As we all know, aluminum belongs to relatively light metal materials, and its ductility is very strong, which is very beneficial for polishing, laser cutting, and other relative production processing. Moreover, aluminum already has a strong metallic texture, and the nameplates created are suitable for various high-end venues, home decoration, car beauty decoration, and company office logos. And the aluminum nameplate has a very strong luminescent effect, especially in key applications at night. Despite the many benefits of aluminum nameplates, there are many processing techniques for polishing and making aluminum nameplates, including the use of stamping molds to update and transform the appearance of the nameplates, as well as the application of repair techniques for polishing and polishing. Moreover, aluminum nameplates also have their own defects, such as insufficient compressive strength and low melting point, which makes them unable to withstand strong external forces and cannot be applied in high-temperature areas.