Electrical

Electrical Applications of Aluminum

The incorporation of aluminum in electrical and thermal applications is driven by the excellent electrical and thermal conductivities of its alloys, primarily from the 1xxx series (for electrical) and the 3xxx, 5xxx, and 6xxx series (for thermal). Additionally, the inherent advantages of aluminum, such as its lightweight nature, favorable strength-to-weight ratio, and robust corrosion resistance, further contribute to its suitability in these applications when compared to alternative materials.

While aluminum’s volume thermal conductivity may be lower than that of copper, the extrudability of aluminum enables versatile design possibilities for aluminum profiles. This versatility allows for the cost-effective production of configurations well-suited for efficient heat dissipation. Moreover, extruded sections can undergo color anodization to enhance the emission capacity of radiating surfaces. The combination of these attributes makes aluminum a preferred choice in electrical and thermal applications, ensuring optimal performance and durability.

Who we are?

Alumat is a pioneering industrial company dedicated to forging a sustainable future in the realm of aluminum. Our mission is to enhance the viability of societies by transforming aluminum into innovative and efficient products and solutions.

Our Products

We have been in the aluminum industry for over 20 years, offering a wide range of aluminum products. Our expertise and capabilities are unmatched.

Our Services

With our extensive selection of aluminum products and solutions, we provide a range of services. As your dedicated industrial aluminum collaborator, we strive to ensure that you attain optimal outcomes.

Aluminum Ingot

We obtain primary aluminum intended for remelting on the international market, offering a diverse supply of primary aluminum in different forms and qualities across the globe.

About Aluminum

Aluminum is intriguing, adaptable, and exceptionally versatile. Explore the key points of aluminum's evolution, starting from its extraction from bauxite, through the manufacturing process, utilization, and eventual recycling.

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