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Industrial aluminum profiles are also known as industrial aluminum extrusions and are essential when it comes to the manufacture of alloy profiles. With aluminum being the main alloy material used in making such profiles, you are sure of ease working out with such material as it is of a lightweight together with having proper properties of industrial profiles or extrusions.
The main need of using aluminum in these profiles is due to its strength while at the same time being a lightweight material. Industrial aluminum profiles are made by melting the aluminum material and having it in different section shapes as you may need or depending on the profile needs.
To ensure you get the best results and the best industrial aluminum profiles, several proportions of the alloy get added differently and hence determining the aluminum profiles produced at the end with different strengths and different properties.
Produce Specs and Features
Factors to consider in purchasing best Industrial Aluminum Profiles
Though the aluminum profiles produced undergo through a similar process, there will be differences in some other factors which might be dependent on where you are to use your industrial aluminum profiles. Below are some of the differences which are encountered on production of industrial aluminum profiles;
When purchasing the industrial aluminum profile, it is essential to know the level of the hardness of the aluminum profile. Note that the hardness level will be directly proportional to the alloy’s chemical composition. The successive decrease in the hardness of the aluminum profile follows the harness level of 7000 series, 2000 series, 4000 series, 6000 series, 5000 series, 3000 series and 1000 series.
The Strength of the Aluminum Profile
Another essential factor is the strength of the aluminum profile. Different alloys should be selected depending on the pressure they will bear where they will be applied. Pure aluminum is the lowest when it comes to strength where those of treatment of 2 alloys is the highest giving the best strength such as 2000 series and 7000 series together
This is the factor which involves the cutting performance as well as forming performance. This relates to the temper of the material used. The material with the highest strength is has poor machinability while that of a lower strength is more machinability. An aluminum alloy contains a better machinability compared to that of a low-strength aluminum alloy.