There are two operations implemented during the aluminum manufacturing process. The Bayer process recovers aluminum oxide from bauxite, a mineral containing aluminum oxide, and other metal compounds. Once removed, the aluminum oxide is left to crystallize and then heated to make pure aluminum oxide. The Hall-Héroult procedure further refines crystalline aluminum oxide by dissolving the compound into an electrolyte solution and utilizing a direct current to trigger a chemical reaction that separates the aluminum atoms from the oxygen atoms. The resulting molten aluminum boasts 99.8 percent purity and can be manipulated into the final shape for further processing.
Although aluminum displays outstanding material strength on its own, throughout the manufacturing process, alloys are often added to boost its strength further. In addition to its strength, aluminum is also known for its durability and energy absorption abilities during strikes. Additionally, compared to steel, it exhibits a better strength-to-weight ratio that enables the manufacturing of robust and lightweight parts. CHAL Aluminium Corporation is an aluminium tube supplier in China, producing products for numerous application kinds, ranging from HVAC&R and heat exchange to mechanical and frame. Our high-strength, corrosion-resistant, high-quality aluminium tube is available in numerous grades aluminium alloys, rectangular, round or square forms, and comes in various widths, thicknesses.
When to Use Aluminum Tubing
Aluminum is utilised in a variety of notable industries for both routine and specialized uses, such as: Aerospace and Automobile. Aerospace and automotive firms employ aluminium tube as fuselage, hydraulic system, and fuel line components.
Construction. Aluminum material finds usage in a broad range of construction applications, such as in the roofing, siding, door and window frames, and curtain walls of structures.
HVAC and Refrigeration. Aluminum tube plays a major part in many HVAC and refrigeration systems due to its strong thermal conductivity capabilities.
Marine. Aluminum tubes are utilized to construct marine equipment, such as shark cages, as the metal displays superior buoyancy and saltwater corrosion resistance than other construction materials.
Medical. Medical instrument and equipment Makers commonly employ aluminum tubes to make goods like as bed frames, folding stretchers, and wheelchair frames.
Recreation. Recreational equipment producers use aluminum tubing to build equipment such as camp chairs, tables, and tent poles.
Why Use Aluminum Tubing
Aluminum gives manufacturers and end-users with various benefits over other materials, including
Strong, but lightweight structure. Aluminum displays a remarkable strength-to-weight ratio. Aluminum and aluminum alloys can demonstrate strength equal to steel with one-third of the weight.
Durability. Aluminum material demonstrates resistance to numerous environmental variables, including corrosive chemicals and UV radiation. This quality ensures a longer service life of aluminum items.
Flexibility and ease of manufacture. As aluminum is available in a number of alloys with differing qualities, it can be processed by numerous various production methods, including rolling, extrusion, forging, casting, etc.
Non-combustible. While aluminum does melt at roughly 600 degrees Fahrenheit, it does not burn or generate potentially dangerous fumes.
Thermally and electrically conductive. Aluminum offers strong electrical and thermal conductivity qualities, enabling it to be employed in electrical and thermal transfer applications.
Recyclability. Aluminum is highly recyclable, allowing producers to use and reuse resources for construction applications.
Aluminum tube, in particular, gives manufacturers and end-users various advantages, such as a fantastic strength-to-weight ratio and good compression and support characteristics. Additionally, the square shape helps to homogeneity throughout the tube and a more trustworthy end product. In general, square aluminum tube serves as a cost-effective alternative to steel. As it is available in a broad range of sizes and dimensions, it is suited for a variety of fabrication applications.