Rina takes you on today’s journey together
Hey there, aluminum enthusiasts! Rina Meng here, ready to dive into the fascinating world of aluminum once again. Today, we’re going to unravel the mysteries surrounding electrophoretic aluminum and ordinary aluminum. Buckle up and get ready for a wild ride as we explore the differences between these two aluminum superheroes!
Let me start by sharing a little personal story. Picture this: I’m strolling through an aluminum wonderland, surrounded by shiny profiles and a world of possibilities. Suddenly, I stumble upon two aluminum warriors locked in a battle of supremacy. It’s electrophoretic aluminum versus ordinary aluminum, and the stakes are high. So, being the curious aluminum aficionado that I am, I decided to investigate further and uncover the truth.
First things first, let’s talk about the production process. Ordinary aluminum goes through a process called electrolysis, where the base material is immersed in an electrolyte and an aluminum oxide film is artificially formed on its surface. On the other hand, electrophoretic aluminum takes a different route. It starts with aluminum oxide as the base, which is then immersed in a water-soluble latex solution and subjected to direct current. This process creates a paint film protective layer on the surface of the aluminum oxide film. It’s like giving the aluminum a superhero suit for extra protection!
Now, let’s move on to a crucial aspect: corrosion resistance. Electrophoretic aluminum takes the crown in this category. It boasts higher corrosion resistance compared to ordinary aluminum. In fact, it’s the ultimate warrior against building mortar corrosion. With its outstanding surface corrosion resistance, it can fend off acid, alkali, and salt corrosion like a boss. Talk about a superhero with an impenetrable shield!
But wait, there’s more! Performance and lifespan are important factors to consider. Electrophoretic aluminum shines in this department too. It has a longer performance life, clocking in at a minimum of 50 years. That’s right, folks—50 years of non-corrosiveness, non-fading, and non-aging. It’s like having a superhero that never ages, keeping your aluminum profiles in tip-top shape for decades to come.
Now, let’s talk about smoothness. Electrophoretic aluminum takes the crown once again with its delicate and smooth surface. It’s like running your fingers over a polished gem, while ordinary aluminum can sometimes feel a bit rough around the edges. The appearance of electrophoretic aluminum is brighter and more magnificent, adding that extra touch of elegance to your projects.
Last but not least, let’s discuss the paint film hardness. Electrophoretic aluminum flexes its muscles here too. Its paint film hardness surpasses that of ordinary aluminum, withstanding the mighty force of a 3H aluminum pen hardness engraving. It’s like having an aluminum superhero with an indestructible armor!
Overall, the differences between electrophoretic aluminum and ordinary aluminum are quite remarkable. Electrophoretic aluminum brings superior corrosion resistance, longer lifespan, smoother surfaces, and higher paint film hardness to the table. It’s like upgrading your aluminum profiles to superhero status!
Now, before I wrap up this aluminum adventure, let me leave you with a thought. In the world of aluminum, customization is key. Whether you choose electrophoretic aluminum or ordinary aluminum, the power to shape and mold your projects is in your hands. So go forth, my fellow aluminum enthusiasts, and create wonders that will leave everyone in awe!
Thanks for joining me on this aluminum journey. Remember, the world of aluminum is filled with surprises and endless possibilities. So, let’s keep exploring, creating, and shaping the future, one aluminum profile at a time!
Catch you on the aluminum side, my friends!
