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A Henan industrial material custom manufacturer discusses whether the thickness of aluminum profiles used in engineering and construction has an impact.


Release Time:

2022-10-10

Henan industrial material custom manufacturer talks about the influence of the thickness of engineering building aluminum profiles? What factors affect the thickness of engineering building aluminum profiles? What are the requirements for engineering building aluminum profiles when customizing workbenches? The thickness of engineering building aluminum profiles generally refers to its thickness, which is a crucial indicator. One aspect that engineering building aluminum profile merchants often overlook when purchasing engineering building aluminum profiles is the thickness. So, how does the thickness of engineering building aluminum profiles affect the following issues? Let's elaborate below. 1. Weight per meter The thickness of engineering building aluminum profiles is positively correlated with the weight per meter. The thicker the wall, the greater the weight per meter, and naturally, the higher the price. For the same series, different specifications and thicknesses result in different prices. 2. Load-bearing capacity Essentially, the thicker the wall of the engineering building aluminum profile, the better the load-bearing effect. This is also a common misconception among many people when choosing aluminum profiles. Large-scale equipment frames truly require large-scale aluminum profiles, which can not only effectively bear the load but also prevent deformation and shaking during use. 3. Application field Henan industrial material custom manufacturer: A series of engineering building aluminum profiles has different specifications, including lightweight profiles, standard aluminum profiles, and heavy-duty profiles. Each type of aluminum profile has different load-bearing capacities and application fields.

   Henan Industrial Materials Custom Manufacturer Let's talk about the impact of the thickness of engineering building aluminum profiles.

  What factors affect the thickness of engineering building aluminum profiles? What are the requirements for engineering building aluminum profiles when customizing workbenches? The thickness of engineering building aluminum profiles generally refers to its thickness, which is a crucial indicator. One aspect that engineering building aluminum profile vendors often overlook when purchasing engineering building aluminum profiles is thickness. So, how does the thickness of engineering building aluminum profiles affect various issues? Let's elaborate below.

  1. Weight per meter

  The thickness of engineering building aluminum profiles is positively correlated with the weight per meter. The thicker the wall, the greater the weight per meter, and naturally, the higher the price. For the same series, different specifications and thicknesses result in different prices.

  2. Load-bearing capacity

  Essentially, the thicker the wall of the engineering building aluminum profile, the better the load-bearing effect. This is a common misconception among many when choosing aluminum profiles. Large-scale equipment frames truly require large-scale aluminum profiles, which can effectively withstand loads and prevent deformation and shaking during use.

  3. Application areas

   Henan Industrial Materials Custom Manufacturer A series of engineering building aluminum profiles has different specifications, including lightweight profiles, standard aluminum profiles, and heavy-duty profiles. Each aluminum profile has different load-bearing strength, so the application areas also vary. Thick aluminum profiles have greater load-bearing strength, while thin aluminum profiles have smaller load-bearing strength. However, thin doesn't necessarily mean bad. Each frame requires different types of environmental variables. Thin aluminum profiles can be used for lightweight frames and railing series. What are the tips for selecting engineering building aluminum profiles when customizing workbenches?

  In terms of the load-bearing capacity of the workbench, if the customized assembly line workbench only needs to install some small parts for processing, the load is not large, so lightweight or small and medium-sized aluminum profiles, such as 3030 aluminum profiles or 4040 aluminum profiles, can meet the application requirements. If some industrial equipment needs to be placed on the customized assembly line workbench, then large-sized aluminum profiles need to be selected. Generally, 4545 or 5050 aluminum profiles are sufficient, with a load-bearing capacity of about 1200 jin (approximately 600 kg). Simply put, the more cross-sectional contours, the greater the load-bearing capacity, and the higher the price. Just select the materials according to the standard.

  Then there is the connection of components. Common accessories for workbenches are T-nuts connected with bolts and nuts. Another method is to connect them with hex socket screws, which have stronger compressive strength than T-nuts. If you have a flexible budget and also want high firmness, you can use both. If the budget is limited and load-bearing capacity is required, use hex socket screws.

  In terms of panels, common engineering building aluminum profiles for workbenches can reduce the generation of static electricity, reducing the impact of static electricity on products, making them very suitable for hardware factories. If there are no special requirements, stainless steel panels, sandwich panels, etc., can also be chosen as control panels.

  Today, our Henan Industrial Materials Custom Manufacturer will not elaborate further. If you need aluminum profile procurement and processing services, please contact our Henan Industrial Materials Custom Manufacturer.