The Compatibility of Aluminum Enclosure with Outdoor Electronic Instruments

In the current industrial electronics industry, aluminum profiles are still one of the most commonly used materials, as are instrument enclosure, server chassis, industrial enclosure and many other products. Why? Because of its strength and durability, it can be used in a variety of harsh environments without ageing or rusting or deforming like plastic and stainless steel. Also, compared to iron or steel, aluminum requires less maintenance to maintain its appearance, even after prolonged exposure to harsh outdoor conditions.

 About "Aluminum"

 Aluminum has the lowest coefficient of thermal expansion and a high dielectric constant, which makes it an ideal material for making electronic components. Due to these properties, aluminum enclosure  can be used in high pressure and underwater situations. Aluminum provides excellent thermal conductivity for enhanced heat dissipation, keeping your equipment safe even when it is operating at maximum capacity. And because aluminum never corrodes or rusts, your equipment will last longer than equipment made from other materials like plastic and steel. And aluminum profiles are much lighter than other materials of the same strength.

Aluminum profiles do not rust in a wet environment for a long time like iron or stainless steel, and aluminum also has excellent corrosion resistance. It means that electronic products using aluminum box can be used outdoors for a long time. YONGUCASE's IP68 waterproof aluminum boxes can even be applied to electronic equipment for underwater detection.

 Aluminum alloy meets anodizing?

 The anodized aluminum alloy can not only greatly provide material strength and corrosion resistance, but also can be colored by anodizing, which makes the appearance of the aluminum alloy undergo earth-shaking changes. This surface treatment process relies on anodizing. Of course, before anodizing, the aluminum casing can also be sandblasted or brushed, which is also one of the processes to improve the design of the aluminum alloy casing.

 Aluminum alloy has high strength, good corrosion resistance, strong heat dissipation, and has a variety of appearance texture and color options. It can be processed into various aluminum alloy casings, aluminum alloy chassis, aluminum alloy products, etc., and is used in electronic equipment products. The field is very broad.