Why die-casting aluminum usually chooses ADC12?

Die-casting aluminum is a common metal forming technique commonly used to make components in sectors such as LED industry, automotive, aerospace and electronics. When choosing a material for die-cast aluminum, ADC12 is a widely used material. This article will explore why ADC12 is a common choice for die cast aluminum.

ADC12 is an aluminum-copper-iron-nickel alloy with high strength and toughness, but also excellent corrosion resistance and pressure resistance. Compared with other die-cast aluminum materials, ADC12 has better processability and melting properties, so it is easier to process and melt. In addition, ADC12 has good electrical and thermal conductivity, making it a useful material for high-temperature components.

The manufacturing process of die-cast aluminum often involves high temperature and pressure processes, so the material must have sufficient strength and toughness to ensure that the parts will not crack or deform during the manufacturing process. The strength and toughness of ADC12 allow it to perform well in a variety of die cast aluminum fabrication processes. In addition, ADC12 has good corrosion resistance, which makes it ideal for manufacturing components in marine and industrial applications.

Another important factor is the melting properties of ADC12. During aluminum die casting, the molten aluminum must fill the cavity in the mold and maintain the proper fluidity to fill all spaces. ADC12 has a higher melting temperature than other die-cast aluminum materials, making it easier to heat and melt. In addition, ADC12 has a relatively wide melting temperature range, which makes it easier to control melting and flow during die casting.

To sum up, ADC12 is the usual choice for die casting aluminum because of its excellent strength and toughness, excellent corrosion resistance and pressure resistance, good processability and melting properties. In addition, the ADC12 is widely used in the manufacture of high-temperature and high-pressure components, as well as components in the automotive, aerospace and electronic equipment fields.

For more information, please contact us.

Website:www.aikoled.com

Email: info@aikoled.com

More to explorer

Advancements in Sports Lighting Technology: Enhancing Performance and Spectator Experience

Advancements in sports lighting technology have revolutionized the way sports venues are illuminated, leading to improved performance for athletes and an enhanced experience for spectators. From the integration of wireless controls to the use of energy-efficient LED lighting, these innovations have transformed sports lighting systems, optimizing visibility, and reducing operational costs. Understanding the Significance of Adequate Sports Lighting Proper sports lighting is of utmost importance to enable athletes to perform at their highest

1 by1 retrofit metal halide with LED

Metal halide lamps, often referred to as metal halide bulbs or fixtures, are a type of high-intensity discharge (HID) lamp that produces light by passing an electric arc through a mixture of gases and metal halide salts. These lamps are commonly used for indoor and outdoor lighting applications where high levels of brightness and color rendering are required. AIKO engineers are working now, and we pushed out ASP04 Series LED Sports Floodlights that can truly

Create the perfect stadium experience – the bright future of modern stadium lights

In modern sports events, the stadium lighting system plays a crucial role. As a professional stadium lighting manufacturer, we are committed to providing our customers with the most advanced, efficient and reliable stadium lighting solutions to achieve the perfect stadium experience. This article will introduce you to the advantages and technological innovations of modern court lights. First of all, modern stadium lights use LED technology, which has brought revolutionary changes. Compared with traditional

The Mysterious Origin of the Northern Lights Confirmed: The Greatest “Light Show” on Earth

The Northern Lights, often referred to as the greatest “light show” on Earth, have captivated scientists and observers for centuries. The mesmerizing phenomenon, unique to high latitudes, has finally had its elusive origin confirmed in a groundbreaking study by physicists at the University of Iowa. This confirmation sheds light on the powerful electromagnetic waves generated during geomagnetic storms as the cause behind the most stunning auroras. Unveiling the Electromagnetic Waves: The recent study