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Curtain Wall To the question that how to choose the right thickness of aluminum curtain wall veneer, I think everyone has different selection methods. Aluminum curtain wall veneer thickness, a common none that we often meet it in the process of buying, but how many of us will pay more attention to the thickness range options when in purchasing? General aluminum curtain wall veneer thickness ranging from 0.6 mm to 5 mm, and how to choose a suitable thickness is particularly important, let's go through it following. To the construction of building the external wall, it is particularly important to select the right thickness of aluminium veneer. General speaking, the thickness of aluminium panel used in the roof should be more than 1.5 mm, if it’s less than 1.5 mm, the quality cannot be guaranteed taking both service life and margin of safety into consideration. One biggest foe of too thin (less than 1.5 mm) aluminium veneer is rain that we know, take one case as an example, t

In my previous blog post, I introduced the application of Standard T-slot 4040 profile , the main talk here is about Hoonly Standard T-slot 3030 profile. Industrial framework fence protection system mainly can be divided into the following several aspects: ---Industrial Fence System ---Machinery and equipment protection fence system  ---Mechanical equipment protective cover  Industrial fence system has a wide range, including industrial guard fence system, which is mainly used in protective measures of automatic industrial manufacturing line; due to production line equipment’s cost is very high in some large enterprise workshop, they usually use industrial aluminium fence systems to protect the equipment on a fair division of the area ensuring the normal operation with safety. Both which can ensure that equipment is not the influence of external factors and make the reasonable planning of production to improve the efficiency; Besides mechanical protective fence, the indust

The temperature of anodic oxidation solution is the dominant process parameter affecting the properties of the oxide film. When the temperature increases the viscosity of the solution decreases, the current density increases (while the voltage is constant), or when the voltage decreases and the current are constant, the energy consumption can be reduced and the production efficiency can be improved.  When the temperature of the solution is more than 24 ℃, the dissolution rate of the film layer is increased, which caused the production rate of film, the hardness of film and the thickness of the film layer reduce, the capacity of wear resistance and corrosion resistance down, and the oxide film becomes loose. So at this point do everything possible to reduce the temperature of the solution. However when the temperature of the solution is too low, let’s say it below 12℃, the good news is that the thickness of oxide film can be increased, and the capacity of wear resistance is also

The effect of anodized industrial aluminium extrusion has a lot to do with the electric current density. In a certain condition, with the current density increases, the growth rate anodized film increases too, but anodized time decreases and meanwhile the film is porous and easily colored, the hardness and wear resistance goes up. If the current density is too high, it will be affected by the joule heat, which will increase the temperature of the surface of the parts and the temperature of the local solution. The dissolution rate of the membrane will rise, and the possibility of burning the parts will be burned. The current density is too low, and the film growth rate will be slow, meanwhile, the film's dense, hardness and wear resistance are lower. Under the condition of normal temperature (about 20 ℃), except the special process formulation, the electric current density of industrial aluminum profiles and industrial aluminum alloy extrusion should be controlled between 1 ~ 1.5

We talked about  Chemical composition  which is the determinant of aluminum profile performances in a general way; we also talked about  Aluminium Alloy 6061 mechanical performance  before.  Architecture Aluminium Alloy 6063-T5 profile must have certain mechanical properties. The tensile strength and yield strength increased with the content of other conditions.The strengthening phase of alloy 6063 is mainly Mg2Si, however, how much should the amount of Mg, Si, and Mg2Si be taken? The Mg2Si phase is composed of two magnesium atoms and one silicon atom, and the atomic mass of magnesium is 24.31, the atomic mass of silicon is 28. In the Mg2Si compound, the mass ratio of magnesium-silicon is 1.73:1. Therefore, according to the above analysis results, if the ratio of magnesium-silicon content is greater than 1.73. In addition to the Mg2Si phase of magnesium alloy, there is excess magnesium, whereas the ratio is less than 1.73, the silicon in addition to the formation of the Mg2