How to Know What Aluminum Ingot Model Is Used for Aluminum Alloy Materials? -Ruminum Propiles Support
Author： WJW Aluminum Window Manufacturers
How to know what aluminum ingot model is used for aluminum alloy materials? The first step in the production of aluminum heat sink sheet is the trial operation of the aluminum ingot casting process. It is important to start the process under low pressure. This allows the main plunger to move forward after the squeezing mold is squeezed out.
Once the plunger pushes a wings at a time, the pressure on the mold should gradually increase. Then cool the mold and remove the profile from the mold. The typical aluminum alloy profile is made of two metals. It has high corrosion resistance and excellent conductivity. It is also very tough and can be stigmatized. In addition to high strength and corrosion resistance, aluminum alloy can also be used to manufacture various products, including car cylinder heads and heat exchangers.
6063 alloy is the most common squeezing aluminum alloy. It has excellent surface smoothness, corrosion resistance, and heat treatment to improve its strength. It is usually used in architectural applications to anode oxidation to improve its rust resistance. It is also one of the most intense aluminum alloy and is usually used for high stress parts.
Therefore, this aluminum alloy can be welded in many different methods, including gas welding and arc welding. The first step of this process is to determine the type of aluminum alloy to be used. Different alloys have different strengths and shortcomings. Low-intensity alloys, such as 7075-T6, may be too soft and fragile, cannot form complex shapes, and may have a poor corrosion resistance than other alloys.
The other step is to determine the thickness of the aluminum ingot. The thicker wall is more suitable for maintaining the general size of the shape and maintaining its symmetry.
However, thin walls may cause problems.
Generally, the walls specified by the lack of experience are too thin. The minimum wall thickness increases with the increase of the squeezing size. The process of creating aluminum alloy profile is similar to the process of metal casting. The aluminum alloy process uses waste, primer and sclerosis. The furnace was then melted to form aluminum alloy profiles. The amount of waste and primer depends on the type of alloy. Heating primer and waste to remove water, which may cause explosion. Then add the waste to the furnace until the furnace is full. The process of welding aluminum alloy profile requires multiple welds, and the number of welds depends on the surface condition of the plate.
If there is no coating on the surface, aluminum will be picked up at the tip of the electrode, and the tip of the electrode will begin to lose the shape. During the repeated welding process, the surface of the unscainted coating may form an aluminum oxide layer, which can be removed by chemical or mechanical methods.
