Maintain the same level of functionality and physical characteristics in recycled aluminum

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Whether you spell it "aluminum" or "aluminium," you are aware that this malleable and non-magnetic metal is one of the most versatile and abundant materials on the planet

Whether you spell it "aluminum" or "aluminium," you are aware that this malleable and non-magnetic metal is one of the most versatile and abundant materials on the planet. After oxygen and silicon, aluminum is the third most abundant element in terms of mass. It is notable for its low density, high strength-to-weight ratio, and corrosion resistant properties. aluminum die castings is the third most abundant element in terms of mass. However, were you aware that aluminum can also be recycled in its entirety?


The process of recycling aluminum involves re-melting scraps of metal and then separating the aluminum from the remaining material. Nearly a billion tons, or approximately 75% of the total amount of aluminum ever produced, is still in circulation today.

It is essential to consider the part's performance when choosing a material to meet the requirements of your project. We are aware that the capabilities of the material play a significant role in determining whether or not a component is successful. Because aluminum can be recycled an infinite number of times without suffering any degradation in its mechanical or physical properties, it is able to serve the same applications and achieve the same level of performance as primary aluminum that is obtained by extracting it directly from bauxite ore. This has the added benefit of having a positive impact on both the environment and your bottom line.

Aluminum that has been recycled should be used because it has the same performance and physical properties.

The use of the word "recycled" can give the impression that the product's durability and functionality have been reduced. If you use a straw made from recycled paper, for instance, you might be helping to save sea turtles, but after only ten minutes in your beverage, the paper will become soggy. However, the same cannot be said for aluminum that has been recycled.

Aluminum can be recycled indefinitely, and it does not lose any of its properties in the process. Although a select number of industries, such as aerospace, need the precise characteristics of virgin aluminum, the vast majority of industries are able to achieve the same level of performance, lightweight durability, strength, and corrosion resistance with recycled secondary aluminum. One of these industries is aerospace. Aluminum that has been recycled is an excellent choice for use in die casting because it maintains a high level of strength and durability even when subjected to high temperatures, it possesses excellent thermal conductivity, and it possesses a high level of dimensional stability even when using thin walls.

Using aluminum that has been recycled allows for cost savings.

The process of obtaining aluminum from its ore is one that is both extremely costly and inefficient. Electrolysis is used in the process, which converts unrefined bauxite into pure aluminum. However, the process only produces a very small amount of aluminum and requires a lot of energy. In order to produce one kilogram of aluminum, approximately four kilograms of raw bauxite ore are required, in addition to an amount of energy that ranges between 190 and 230 megajoules.

On the other hand, recycling  aluminum die castings consumes approximately 5 percent of the energy that is required to produce primary aluminum. When something is manufactured, the customer typically ends up footing the bill for the cost of producing the raw materials. Even after accounting for the costs of collection, separation, and recycling, producing your component with recycled aluminum can eliminate up to 95% of the raw material and energy costs that would otherwise drive up the piece part price of your component. This is the case even after taking into account the costs of those processes.

Reduce your negative effects on the environment by using recycled aluminum.

The use of recycled aluminum has a wide range of positive effects on the environment, including a reduction in the consumption of energy, the pollution caused by mining, the pollution and emissions caused by shipping, and the emissions of carbon dioxide. The heating and remelting of the metal during the fabrication process accounts for the majority of the energy that is consumed when aluminum is cast using dies.

In addition, major aluminum recyclers have shifted to using greener sources of power to melt aluminum scraps, such as geothermal, nuclear, solar, or hydroelectric power. This is an effort to reduce the environmental impact of their operations.

Responsibility of businesses toward society

In recent years, there has been a steady increase in the amount of pressure that is being exerted on businesses all over the world to operate responsibly and reduce the impact that they have on the environment. In response, a large number of manufacturing companies are working to establish programs that will have a more constructive effect on the communities in which they are located and the environment. Manufacturing with recycled aluminum alloys is a straightforward approach to accomplishing this goal.

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