What distinguishes aluminum from its alloys on a basic level? Do you have it yet?

The scale of the aluminum sector and consumer demand continue to aluminum extrusion cnc exhibit continuous expansion, making China one of the world's main producers and consumers of aluminum. The average person now uses aluminum items on a daily basis, yet we are confused about the differences between aluminum and aluminum alloy. Please read the following to learn more about these distinctions, and I hope it will be helpful.

Building materials supplier Shanghai Houxiao Co.

Aluminum is the earth's abundant silver-white light metal with the extrusion profiles atomic number 13 and the symbol Al. It has strong strength and ductility and a low density.

One of the light metal materials, aluminum alloy is an alloy made of aluminum with a little quantity of additional alloying elements added. With a density of 2.63-2.85 g/cm3, high strength (b 110-650 MPa), a specific strength that is comparable to high-alloy steel, a specific stiffness that is superior to steel, good casting and plastic processing performance, corrosion resistance, and weldability, aluminum alloys can be used as structural materials in a variety of industries, including construction and decoration, aerospace, aviation, transportation, electromechanical, light chemical, and everyday necessities.

Aluminum is the third most conductive metal after silver and v slot extrusion copper and is used to make many different types of wires. Aluminum has strong corrosion resistance, good ductility, and good thermal conductivity, making it appropriate for a range of pressure processes. Aluminum can also be utilized as a variety of heat dissipation materials.

Depending on the processing technique, aluminum alloy may be split into two categories: deformed aluminum alloy and casting aluminum alloy. Non-heat-treatable reinforced aluminum alloy and heat-treatable reinforced aluminum alloy are two categories of deformed aluminum alloy. High-purity aluminum, industrial high-purity aluminum, pure aluminum, and rust-resistant aluminum are some examples of the non-heat-treatable reinforced aluminum alloys that can only be strengthened by cold working deformation. These alloys cannot be strengthened by heat treatment to improve the mechanical properties. Heat treatment can strengthen the heat treatable reinforced aluminum alloy. The following types of heat-treatable reinforced aluminum alloys can be used to increase their mechanical properties: duralumin, wrought aluminum, super-hard aluminum, and special aluminum alloys. Heat treatment is a method for improving the mechanical, physical, and corrosion resistance of aluminum alloy. According to chemical composition, casting aluminum alloy may be separated into aluminum-silicon alloy, aluminum-copper alloy, aluminum-magnesium alloy, and aluminum-zinc alloy.

1.Products made of pure aluminum

Smelted goods and pressure-processed products are the two divisions of pure aluminum, with the former being represented by the chemical composition Al and the latter by the Hanyu Pinyin LG (aluminum, industrial usage).

2.Aluminum alloy that has undergone pressure

Rust (LF), hard (LY), forging (LD), super-hard (LC), cladding (LB), special (LT), brazing (LQ), and further seven categories may be found in pressure-processed aluminum alloy products. The common material states for aluminum alloys are: annealed (M stewed), hardened (Y), hot rolled (R), and so on.

3.Aluminum

Aluminum and aluminum alloys that have been processed into a certain shape of the material, such as plate, strip, foil, tube, bar, wire, type, etc., are collectively referred to as aluminum.

4.Casting alloy made of aluminum

Casting aluminum alloy (ZL) is split into four categories using the following code numbers: 100, 200, 300, and 400. These categories are based on the composition of the primary constituents other than aluminum: silicon, copper, magnesium, and zinc.

5.High strength alloy aluminum

High-strength aluminum alloys often refer to pressure-processed hard aluminum alloys, super-hard aluminum alloys, and casting alloys with tensile strengths more than 480MPa MPa.

The price of aluminum ingots is not determined by the manufacturer, so our aluminum veneer price is only based on the prices of aluminum raw materials after adding the processing fee we should earn and some daily consumables costs. As a source manufacturer of aluminum veneer in East China, we have been abiding by the rules of the industry, earning the money we should earn. Old and new acquaintances are invited to come and talk if you need to purchase aluminum veneer for your project.