High Polymer Alloy Bridge Beams, Alloy Plastic Bridge Beams Manufacturer Introduces the Features and Application Scope of Aluminum Alloy Bridge Beams
Aluminum alloy bridge supports boast attractive appearance, simple structure, unique style, high load-bearing capacity, and light weight. After anodizing, the surface of aluminum alloy cable bridge supports not only resists corrosion but also electromagnetic interference, particularly shielding interference, which is irreplaceable by steel bridge supports. Aluminum alloy bridge supports hold practical value in modern industry.
Aluminum-based alloys, primarily composed of copper, silicon, magnesium, zinc, and manganese, with secondary elements including nickel, iron, titanium, chromium, and lithium.
Aluminum alloys have a low density yet high strength, approaching or exceeding that of high-quality steel, with excellent plasticity, allowing for the production of various shapes. They possess superior electrical and thermal conductivity, as well as corrosion resistance, making them widely used in industry, with usage second only to steel.
Aluminum alloys are divided into two main categories: cast aluminum alloys, which are used in their cast state; and wrought aluminum alloys, which can withstand pressure processing and have higher mechanical properties than the cast state. They can be processed into various shapes and specifications of aluminum alloy materials. They are mainly used for manufacturing aerospace equipment, daily necessities, and building materials such as doors and windows.
Aluminum alloy cable trays feature attractive appearance, simple structure, unique style, high load-bearing capacity, and lightweight. After anodizing, they not only offer corrosion resistance but also electromagnetic interference resistance, especially shielding interference resistance, which is irreplaceable by steel trays. Aluminum alloy cable trays hold practical value in modern industry.
Features, Application Scope
Excellent corrosion resistance, suitable for power plants, chemical, petrochemical, and various other fields, especially for environments with high corrosion. The extruded molding of the ladder edges and crossbars results in a smooth surface of the bridge, and the reasonable processing technology and connection methods make the installation of the bridge easy. The large-span disc-style straight-through can bear a load of up to 6 meters. The aluminum alloy disc-shaped bottom plate can be designed with a flat structure or embossed stamping structure as required.
Some aluminum alloys can be heat-treated to achieve excellent mechanical, physical, and corrosion-resistant properties.
Aluminum alloys for casting can be divided into aluminum-silicon alloys, aluminum-copper alloys, aluminum-magnesium alloys, aluminum-zinc alloys, and aluminum rare earth alloys. Among them, aluminum-silicon alloys further include simple aluminum-silicon alloys (cannot be heat treated for strengthening, with lower mechanical properties, but good casting properties), and special aluminum-silicon alloys (can be heat treated for strengthening, with higher mechanical properties, and good casting properties).
