A lot of people think that as long as industrial aluminum profile
is thick enough, the quality of industrial aluminum profile will be better, will blindly pursue thickness, only choose the industrial aluminum profile with sufficient thickness. That's not true. What's right is good. The thicker the industrial aluminum profile, to some extent, the stronger the bearing capacity, the better the bearing weight, the more stable the state. What is the relationship between the thickness of industrial aluminum profiles?
1. Unit weight of industrial aluminum profiles. The thicker the profile wall, the higher the unit weight, that is, the thicker the profile wall, the higher the unit weight, and of course the higher the price. For the same series and different specifications of industrial aluminum profiles, there are also reasons for the wall thickness of the profiles.
2. The bearing capacity of industrial aluminum profiles, that is, bearing capacity. In principle, the thicker the aluminum wall, the better the bearing capacity, which is also one of the reasons why many people pursue wall thickness. Therefore, the thick wall aluminum frame is used for the large frame structure with high bearing capacity, which is relatively stable and will not sway due to the deviation of bearing capacity during normal operation.
3. Application scope of industrial aluminum profiles. The same series will have different specifications, from light profile to standard profile to heavy profile. Each profile has its own special application scope. For example, light profiles can only be used for small frames with small stresses, and heavy profiles must be used for large frames with large loads.
Although the industrial aluminum profile thickness is high, there are many advantages, but compared with the carrying capacity is larger, need to choose according to the actual situation. If the heavy profile is assembled into a small frame without any stress requirements, it will directly produce a waste of cost, and the heavy profile will certainly be much more expensive. Secondly, there are unnecessary losses in the design of assembly parts. So choosing the right one is the most important thing.