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What are the special aluminum profiles for activity rooms?
2024-02-24 20:21:16

Philippine container housechina container house factory

What are the special aluminum profiles for activity rooms?

The prefabricated house does not have dedicated materials, so what materials are generally cheaper to use

Aluminum is a product made of aluminum and other alloy elements. Usually, it is made by first processing into castings, forgings, foils, plates, strips, tubes, rods, profiles, etc., and then undergoing processes such as cold bending, sawing, drilling, assembly, and coloring. The main metal element is aluminum, and adding some alloy elements can improve the performance of aluminum materials.

Common aluminum materials:

Electrophoretic aluminum profiles:

1. Extremely strong corrosion resistance: The surface has extremely high corrosion resistance, which can effectively prevent acid, alkali, and salt corrosion. It is a good variety for preventing corrosion of building mortar

2. Satisfactory performance and lifespan, even in harsh and harsh environments for decorative use, can ensure a lifespan of over 50 years without corrosion, aging, fading, or peeling

3. Smooth and delicate texture, bright and magnificent appearance, with a variety of colors to choose from.

4. The paint film has high hardness and can withstand aluminum pen hardness engraving of over 3H.

Oxidizing: The substrate is used as an anode, placed in an electrolyte for electrolysis, and a protective oxide film is artificially formed on the surface of the substrate to form aluminum oxide material.

Main characteristics of aluminum oxide material:

1. It has strong wear resistance, weather resistance, and corrosion resistance.

2. It can form multiple colors on the surface of the substrate, # meeting your requirements to the greatest extent.

3. Strong hardness, suitable for the production of various building and industrial materials. Comparing from different perspectives will lead to different conclusions.

Architectural: Architectural products made of aluminum and aluminum alloy materials. Usually, it is made by first processing into castings, forgings, foils, plates, strips, tubes, rods, profiles, etc., and then undergoing processes such as cold bending, sawing, drilling, assembly, and coloring.


Pure aluminum has low strength and its use is limited. But by adding a small amount of one or more alloy elements, such as magnesium, silicon, manganese, copper, zinc, iron, chromium, titanium, etc., aluminum alloys with different properties can be obtained. Aluminum alloy is further strengthened and hardened through cold working and heat treatment, greatly improving its tensile strength. The standard potential of aluminum is -1.67 volts, and its chemical properties are very active. It is easy to react with oxygen in the air to form a solid and dense oxide film. Therefore, in ordinary atmosphere and clean water, aluminum has good corrosion resistance. However, when in contact with steel or other metal materials, electrochemical corrosion can occur. When in contact with alkaline materials such as concrete, cement mortar, lime, etc. in damp environments, corrosion can also occur. When in contact with wood, soil, etc., corrosion can also occur. Therefore, appropriate anti-corrosion treatment is necessary.

Production method

Aluminum alloys are divided into two categories according to their production methods: cast aluminum alloys and deformed aluminum alloys. Deformed aluminum alloys are generally used in construction, which are rolled into plates, foils, strips, and extruded into rods, tubes, or various complex shaped profiles. Deformed aluminum alloys are divided into rust resistant aluminum alloys, hard aluminum, superhard aluminum, and special aluminum based on their properties and uses. Industrial pure aluminum (L1~L1), rust resistant aluminum alloys (LF2, LF21, etc.), and forged aluminum (LD2) are generally used in buildings.


Characteristics of single-layer container activity rooms

The construction of single-layer residential containers is superior to other construction systems in both practical and structural aspects. Below, we will introduce the characteristics of Suzhou activity rooms.

The characteristics of single-story container activity houses: As we all know, Oman is a country with many earthquakes, and the ownership rate of single-story steel structure houses in Oman has reached around 65%. Because the activities of the earthquake are internal and external, as well as high and low activities, the lightweight steel structure connected together with fasteners forms a once secure and stable box, which will not cause walls to fall or floor slabs to fall due to the shaking of the earthquake, endangering personal safety. Container school buildings can accurately envision and integrate, making the structural reliability of steel housing superior to brick and concrete housing.

A range of steel structures can require a large amount of shared time, and simultaneous builders can arrange various performance times according to their imagined needs without being stubborn in the position of load-bearing walls. The poor seismic performance of brick and concrete construction is widely recognized by a large number of people, and this Sichuan earthquake was once a good example.

The use of corrosion-resistant galvanized transcribed steel plates in steel structured housing greatly enhances the durability of the main structure of the construction, and proper structural measures can ensure the fire protection function of the steel structure.

The sensitive use of the rental container activity room system requires a large degree of autonomy for the combination of housing time. Regarding the cowardly surface waters, steel constructed housing can increase root profits and reduce the likelihood of uneven settlement.

The high-quality steel and mechanical functions of Suzhou mobile housing make container mobile housing leasing have the characteristics of high overall stiffness, high component strength, and light construction weight. It is far superior to other construction methods of housing under rare disasters such as earthquakes and typhoons.

The excellent seismic performance of light steel structures is mainly attributed to their light weight, resistance to deformation, and no susceptibility to collapse. Aaaa, the earthquake in Wenchuan, Sichuan, is unusual. The Mianyang Library, which was built with steel structures, has not been protected and has become a secondary place for settling refugees. According to materials from the aftermath of the Aman Hanshin earthquake, the damage rate of second-hand container houses during the earthquake is much lower than that of concrete structures. The construction of light steel structures is characterized by light weight, non-metallic materials, and the necessary shear wall construction method, which determines the fragmentary natural seismic function of light steel structures.

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