Qualified industrial aluminum profiles should have a smooth and beautiful surface. However, with the increasing demand for industrial aluminum profiles from enterprises nowadays, many aluminum profile manufacturers with uneven technical levels continue to emerge. Many industrial aluminum profile processing manufacturers have been producing aluminum profiles with sassafras, scratches, and bumps due to their strength and insufficient production and management. What are the reasons for the surface damage of industrial aluminum profiles? 1. There are impurities or segregation of ingot components on the surface of the ingot. There are a certain amount of hard metal particles in the ingot. When the metal flows through the working belt during the extrusion process, these segregation floats or hard metal particles adhere to the surface of the working belt or cause damage to the working belt, and cause damage to the surface of the profile. Scratches; 2, when the fork rod sends the profile from the discharge rail to the swing bed, the profile will collide due to the excessive speed; 3. There is debris on the mold cavity or the working belt, and the hardness of the working belt of the mold is low so that the surface of the working belt is injured during extrusion and scratches the profile; 4, artificially dragging industrial aluminum profiles on the swing bed to cause scratches; 5. There are bare metal or graphite strips on the discharge track or swing bed with hard inclusions, which will scratch the surface of the industrial aluminum profile when it comes in contact with the profile; 6. The friction or extrusion between the profiles during transportation causes damage.
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Common aluminum profiles include architectural profiles, decorative profiles, and industrial aluminum profiles. Each category of aluminum profiles includes a variety of specifications and models. The 6063-T5 series aluminum profiles are most used in the industry. For users, how to choose The use of a suitable model is a very important issue. The following aspects can be used as a reference for the selection of industrial aluminum profiles. 1. Strength Strength is an important index to measure the load-bearing capacity of industrial aluminum profiles. It refers to the maximum deformation capacity of industrial aluminum profiles that break or exceed the allowable limit after being loaded. From a mechanical point of view, it includes tensile strength, compressive strength, and yield resistance. Strength etc., is the basic requirement that every aluminum profile must meet. Customers can give the type of industrial aluminum profile required according to their product needs and the corresponding load-bearing capacity. The manufacturer can calculate the static load and no-load of the industrial aluminum profile according to the calculation formula of the deformation of the aluminum profile. The amount of deformation in the case of, including the maximum allowable bending stress of industrial aluminum profiles. The amount of deformation is an important basis for selection. According to the range of deformation, determine whether the type of industrial aluminum profile can meet the load required by customers If the capacity cannot be achieved, choose a profile with a larger load-bearing capacity or increase the load-bearing capacity by changing the frame structure. Different types of industrial aluminum profiles have different unit mass and moment of inertia, so the load-bearing capacity is different. You can also follow the designer’s suggestions and comprehensively consider the mechanical properties and cost performance to help customers choose the length and model of industrial aluminum profiles. 2. Use environment The use environment of the product is also an important basis for selection. The industrial aluminum profile undergoes melting, extrusion, casting, and oxidation coloring processes during the production process, and sandblasting oxidation, anodization and electrophoretic coating are carried out based on the original oxide film. And other surface treatment processes, so that its surface coating can reach 12μm or more, whether it is worn resistance and corrosion resistance, or high-temperature resistance and weather resistance are very good, can be applied to various harsh industrial production environments, customers can According to the production conditions of your workshop, choose the required industrial aluminum profile model. If it is a high temperature and corrosive production workshop, choose the 6063-T5 model industrial aluminum profile to be the most durable. If it is produced at room temperature and in relatively good p...
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When many customers choose industrial aluminum profiles, they are often confused by obscure aluminum alloy grades. For a simple example, what does T5 in aluminum profile 6063-t5 mean? This question has plagued many customers who are new to aluminum profiles. , Let’s explain in a short answer below. 1. 6063 of the aluminum profile 6063-T5 is the grade of the aluminum alloy. The 6063 aluminum alloy is a medium-strength heat-treatable alloy in the AL-Mg-Si series, which belongs to the sixth series of aluminum alloys. 2. T5 in aluminum profile 6063-T5 is the classification mark of heat treatment. The first digit after T indicates the basic type of heat treatment (from 1 to 10). T5 means artificial aging after cooling from the forming temperature. Aluminum alloy grade description: my country's current common use is the number of the Aluminum Association of the United States. The first digit: indicates that the main alloying elements are added. 1: Pure aluminum 2: The main added alloying element is copper 3: The main added alloying element is manganese or manganese and magnesium 4: The main added alloying element is silicon 5: The main added alloying element is magnesium 6: The main added alloying element is silicon and magnesium 7: The main added alloying elements are zinc and magnesium. 8: A new alloy that does not belong to the alloy series listed above The second digit: It means the alloy with the content of the main added alloying element or the content of the impurity component in the original alloy has been modified. 0: Table original alloy 1: Table original alloy was modified for the first time 2: Table original alloy was modified for the second time The third and fourth digits: Pure aluminum: indicates the original alloy: indicates the code of the individual alloy "-": the following Hn or Tn indicates the state of work hardening or the chain degree symbol of the heat treatment state-Hn: indicates the chain of the non-heat treated alloy Degree symbol -Tn: represents the chain degree symbol of heat-treated alloy
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With the vigorous development of many industries now, we often see some aluminum workbenches in our lives. How are these aluminum workbenches made? Let’s take a look at the assembly of aluminum workbenches. So let us industrial aluminum profile manufacturers introduce the assembly of aluminum profile workbenches, I hope everyone can understand this, and I hope that the following introduction can help you. Assembly principle of aluminum profile workbench: To assemble industrial aluminum profile workbench, you must first assemble the back of the workbench, that is, the two highest support pipes and connecting rods of the workbench, and then assemble the platform panel or aluminum slide rail part of the workbench and The feet, then install the table top, laminate or aluminum profile slide rail, then assemble the upper part of the workbench, and finally install the other parts of the workbench. The general principle is: first and then first.
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Shengxin aluminium is a professional manufacturer of various aluminum extrusion profiles, as one of leaders aluminium profile manufacture for many years, product shape, size and color could be all customized. Many customers are unfamiliar with the concept of aluminum extrusion profile. Simply put, industrial aluminum profiles are materials extruded from aluminum through an extruder according to a die. Whether it is a European standard aluminum profile, a national standard aluminum profile, or a customized profile with a mold, all are made by aluminum extrusion profile. To better introduce you to extruded aluminum profiles, let's learn about aluminum extrusion together. Compression molding process? 1: Choose high-quality raw materials: aluminum rods are made by melting and casting aluminum ingots, which are called industrial aluminum profile raw materials; and the raw materials will directly affect the performance of industrial aluminum profile products. 2: Temperature-controlled heating aluminum rod: The too high or too low temperature will directly affect the hardness of the final product, so the temperature must be strictly controlled during heating and cooling; 3: Design profile mold: a tool with high-precision specifications designed by the mold according to requirements, used to extrude profile products of required specifications and cross-sections; 4: Extrusion of industrial aluminum profiles: The current standard of extruders used for 6063-T5 industrial aluminum profiles is 1,300-1600 tons, which can meet the normal production of 6063-T5 series industrial aluminum profiles. 5: Profile straightening correction: After the industrial aluminum profile is extruded, there will be a certain deviation, and the straightening machine should be used for straightening correction after forming. 6: Artificial aging: Generally speaking, the aluminum profiles produced by extrusion must undergo aging to increase their strength. Many customers are unfamiliar with the concept of aluminum extrusion. Simply put, industrial aluminum profiles are materials extruded from aluminum through an extruder according to a die. Whether it is a European standard aluminum profile, a national standard aluminum extrusion profile, or a customized profile with a mold, all are made by aluminum extrusion profile. To better introduce you to extruded aluminum profiles, let's learn about aluminum extrusion together. Compression molding process? 1: Choose high-quality raw materials: aluminum rods are made by melting and casting aluminum ingots, which are called industrial aluminum extrusion profile raw materials; and the raw materials will directly affect the performance of industrial aluminum profile products. 2: Temperature-controlled heating aluminum rod: The too high or too low temperature will directly affect the hardness of the final product, so the temperature must be stric...
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