Japanese die-casting aluminum alloy mechanical properties table

Japan Forging Aluminum Alloy Mechanical Properties Table

Forging aluminum alloy is a type of aluminum material that is processed by shaping the metal under high temperature and pressure. The mechanical properties of Japanese forging aluminum alloy are highly dependent on the type of alloy and the heat treatment process used in the manufacturing process.

The Japanese forging aluminum alloy mechanical properties include two main components: hardness and strength. The hardness is measured in Brinell scale, while the strength is measured in tensile strength or yield strength. The hardness of the alloy is usually expressed in terms of Brinell hardness number (BHN). The tensile strength of the alloy is usually expressed in terms of ultimate tensile strength (UTS) or yield strength (YS).

The Japanese forging aluminum alloy also shows good mechanical properties when compared to other aluminum alloys. The alloy possesses good creep resistance and strain hardening capability. This property of the alloy enables it to provide good mechanical properties when compared with other aluminum alloy materials.

The properties of the Japanese forging aluminum alloy are also influenced by its composition. The alloy includes major components like aluminum, silicon, magnesium, copper, manganese, and zinc. The alloy also includes minor components like titanium, chromium, cobalt, and iron. All these components influence the mechanical properties of the alloy in a positive way.

The Japanese forging aluminum alloy also exhibits excellent resistance to corrosion and fatigue. The alloy has good fatigue properties that help to reduce fatigue failure in the components made from it. The alloy also shows good resistance to wear and abrasion. This property helps the components manufactured from it to last longer.

When considering the mechanical properties of the forging aluminum alloy, it is important to consider the processing technology. The most commonly used process for producing forging aluminum alloy is hot forging or cold forging. The process of hot forging forces the metal to its plastic form at a temperature of more than 500 degrees Celsius. Cold forging is carried out at a temperature of less than 500 degrees Celsius. Both these processes can produce different properties in the alloy material and it is important to consider the process that is appropriate for the application or use of the material.

The mechanical properties of the Japanese forging aluminum alloy are similar to those in other aluminum alloys. The alloy has better strength-to-weight ratio when compared to other aluminum alloys. The alloy also shows good corrosion resistance and wear resistance properties. The properties of the alloy depend on the type of alloy and the manufacturing process. It is important to choose the appropriat

Japanese Die-Casting Aluminum Alloy Mechanical Properties Table

Aluminum has become a very common metal material in modern industry due to its good physical and chemical properties. Japan is one of the countries that produces the most die-casting aluminum alloy. The die-casting aluminum alloy produced by Japan has good mechanical properties such as high strength, good machinability, low plastic deformation, and excellent corrosion resistance.

The mechanical properties of die-casting aluminum alloy produced by Japan can be seen from the below table. At room temperature, the tensile strength of JIS10A aluminum alloy is around 260MPa, the yield strength is 180MPa, and the elongation is 10%. After heat treatment, the tensile strength increases to 380MPa and the yield strength increases to 250MPa. The hardness of the JIS10A aluminum alloy is about 80HB, which can reach 115HB after heat treatment.

The thermo-mechanical properties of JIS10A aluminum alloy are also very good. The bearing strength and wear resistance are more resistant to external load and greatly improved, and it has good plasticity and toughness. The creep resistance of JIS10A aluminum alloy is also improved after heat treatment, the workability is excellent. Under the suitable high temperature and stress, the fatigue strength and oxidation resistance of the die-casting aluminum alloy have a very good result.

In summary, Japanese die-casting aluminum alloy has excellent mechanical properties and thermo-mechanical properties, making it an ideal material for a wide range of applications. Its good corrosion resistance, high strength, and excellent machinability make it ideal for parts production and precision machining.