Everyone knows about the surface treatment of aluminum profiles
, and its surface treatment is also to reduce the chance of oxidation of aluminum profiles! But do you know what are the different characteristics of solar aluminum profiles after different surface treatments?
1. Plasma-enhanced electrochemical surface ceramic (raw material: non-metallic minerals) aluminum profile: This type of profile is a very advanced processing technology in the world today. This profile product is of good quality, but the price. It has more than 20 shades, and its biggest feature is that it can be colored like a printed cloth as required, the surface of the profile is colorful and the decorative effect is very good.
2. Electrophoretic painted aluminum profiles: The surface of the electrophoretic painted profiles is soft and can resist the invasion of cement and mortar acid rain. 90% of the aluminum profiles in Japan are electrophoretic painted.
3. Multi-tone surface-treated aluminum profiles: At present, the monotonous silver-white and brown colors can no longer meet the good cooperation between architects and exterior wall decoration decoration tiles and exterior wall latex. The new stainless steel, champagne, golden and titanium colors , red series, etc., and stained glass materials can make the decorative effect even better.
4. Powder electrostatic spraying aluminum profiles: Powder electrostatic spraying profiles are characterized by corrosion resistance, excellent performance, acid and alkali resistance, and are superior to oxidation coloring profiles.
In fact, in addition to the above four points, the surface treatment of solar aluminum profiles may also produce matte fabric profiles: matte aluminum profiles avoid the presence of bright aluminum profiles in architectural decorations in certain environments and conditions. The good part is that its surface is as delicate and soft as brocade, which is very popular in the market, but the existing frosted materials must overcome the uneven surface sand and can see the lack of mold patterns.