6063 aluminum sheet plate

What is 6063 aluminum sheet

6063 aluminum sheet is an aluminum alloy with magnesium and silicon as alloying elements. 6063 aluminum sheet generally has good mechanical properties and can be heat treated and welded. The comprehensive performance requirements of aluminum alloy are far higher than the industry standard.

6063 aluminum sheet plate

The strength of 6063 alloy is lower than that of 6061 aluminum, and it has good extrudability, corrosion resistance and good surface treatment performance. 6063 belongs to the low alloy Al-Mg-Si series high plasticity alloy. It has many valuable functions.

6063 aluminum sheet plate chemical composition

The density of 6063 aluminum alloy is 2.69g/cm3.

The role of elements in 6063 aluminum sheet

• 1. The role of magnesium (Mg) element: Mg and Si in Si metal first generate AlFeSi, AlFe (Mn) Si, and the rest generate Mg 2Si, and there is still extra time to generate free silicon (Si), but if silicon (Si ) Insufficient magnesium ( Mg ) produces excess time Mg 2Al 3 . The weight ratio of Mg and Si in Mg 2Si is Mg: Si=(2×24.3)/28.1=1.73; 24.3 is the atomic weight of magnesium; 28.1 is the atomic weight of silicon. The weight ratio of (Fe Mn) and Si in AlFe (Mn)Si is (Fe Mn): Si=55.8 55/28.1=3.94 ≈4; where 55.8 55. The atomic weight of iron is the atomic weight of manganese. Therefore, the amount of silicon (Si) that actually generates Mg 2Si is total Si-0.25 (Fe Mn), which is why the content of iron (Fe) and manganese (Mn) should be controlled in the ingredients.
• 2. Silicon (Si) effect: the generation of Mg 2Si Excessive silicon can play a strengthening role (Si) is soluble in the matrix (the solubility of silicon in aluminum at 550°C can reach 1.65%). Precipitation of fine particles at room temperature has a strengthening effect, but it will reduce the extrusion performance, and the excess silicon (Si) is often controlled not to exceed 0.2%; when the silicon (Si) is insufficient, the excess magnesium (Mg) will generate Mg 2Al 3 , which will reduce the processing performance.
• 3. Copper (Cu) function: very little copper is dissolved in the matrix, and the precipitate during aging is small, preventing adverse effects caused by waiting before aging; a large amount of copper will form CuAl 2 phase; many times it becomes Al -Cu-Mg-Si alloy (hard aluminum).
• 4. Chromium (Cr) function: it is beneficial to improve the tensile strength and forming, and refine the grain.
• 5. Iron (Fe) function: not more than 0.15%, otherwise the surface will turn gray after oxidation.

6063 aluminum sheet with bluefilm

The above is about the element composition and element function of 6063 aluminum plate. Shenzhen Wanxing Aluminum Co., Ltd. is a professional agent for sales of Southwest Aluminum, Korean Aluminum, and pure aluminum sheets and alloy sheets wholesaled by our major aluminum factories. With advanced Chinese and English technology and high-quality after-sales service, it is your best candidate.

Melting and casting process of 6063 aluminum sheet

• 1. Ingredients: According to the set Mg2Si, how much magnesium is estimated to be needed for excess Si? (Mg), silicon (Si) control iron (Fe) and then test aluminum ingots in front of the furnace, the scrap contains silicon (Si), magnesium (Mg), and the amount of iron (Fe) determines the amount added.
• 2. Melting: prevent silicon (Si) from sinking to the bottom and slagging, and magnesium (Mg) from burning on the floating surface and absorbing hydrogen.
• 3. Refining: add refined cryolite Al 2O3 to dissolve and remove it in the form of scum, release chlorine and combine with hydrogen to form HCL to prevent secondary pollution caused by impure nitrogen (including O2, H 2O), pure N2.
• 4. Casting: temperature, speed, water pressure, and water temperature depend on the on-site operators to find the best conditions and fix them in the form of files.
• 5. The slag removal operation is carried out at about 735°C, which is conducive to the separation of slag and liquid.
• 6. Refining generally adopts the secondary refining method, the primary refining adds solid refining agent, and the secondary refining adopts the gas refining method.
• 7. Generally, it needs to be casted in time after 30min-1h after the furnace is turned down, otherwise it needs to be refined again.
• 8. During the casting process, it is necessary to continuously add Ai-Ti-B to refine the grains.

Several key parameters in the melting and casting process: the furnace temperature is generally set at 1050°C during smelting, and the metal temperature is controlled not to exceed 770°C.

Melting and casting of 6063 aluminum

The melting and casting process of 6063 aluminum sheet is introduced above. After the material is melted at high temperature, it is directly cast into a product. It is generally dissolved in an electric arc furnace, then poured into high temperature resistant casting, and then cooled to crystallize, annealed or cut into products.

In production, mainly by controlling the melting atmosphere, melting temperature and cooling conditions to ensure high production efficiency, meet the requirements of crystal analysis, and form a network structure.

6063 aluminum sheet plate Specificaton

Physical Properties of 6063 aluminum

Summary of mechanical properties for 6063 aluminum alloy

Advantages of 6063 aluminum alloy

• 1. It can be strengthened by heat treatment and has high impact toughness.
• 2. After processing, the surface is very smooth, easy to anodize and color.
• 3. 6063 aluminum sheet has excellent welding performance, good corrosion resistance, and no tendency of stress corrosion cracking. Among the heat treatable aluminum alloys, the Al-Mg-Si alloy is an alloy that does not produce stress corrosion cracks.
• 4. Strong corrosion resistance, no harmful bacteria and pungent smell due to damp and moldy, ensuring a clean and comfortable environment.
• 5. High hardness, no cracking, no deformation, which improves the service life of the product.

6063 aluminum alloy usages

1. The application of strips is widely used in decoration, packaging, construction, transportation, electronics, aviation, aerospace, weapons and other industries.

Building use 6063 aluminum sheet

2. Aluminum materials for aerospace are used to make aircraft skins, fuselage frames, girders, rotors, propellers, fuel tanks, wall panels and landing gear pillars, as well as rocket forging rings, spacecraft wall panels, etc.

3. Aluminum materials for transportation are used for car body structural materials of automobiles, subway vehicles, railway passenger cars, high-speed passenger cars, doors and windows, shelves, automotive engine parts, air conditioners, radiators, body panels, wheels and ship materials.

4. Aluminum materials for packaging All-aluminum pop cans are mainly made of thin plates and foils as metal packaging materials to make cans, lids, bottles, barrels, and packaging foils. Widely used in the packaging of beverages, food, cosmetics, medicines, industrial products, etc.

5. Aluminum materials for printing are mainly used to make PS plates. Aluminum-based PS plates are a new type of material for the printing industry and are used for automatic plate making and printing.

6. Aluminum materials for architectural decoration Aluminum alloys have good corrosion resistance, sufficient strength, excellent process performance and welding performance.

6063 aluminum sheet plate for car

7. Aluminum materials for electronic home appliances are mainly used in various busbars, wiring, conductors, electrical components, refrigerators, air conditioners, cables and other fields. Specifications: Round rods and square rods represent applications including aerospace fixtures, electrical fixtures, and communication fields, and are also widely used in automated mechanical parts, precision machining, mold manufacturing, electronics and precision instruments, SMT, PC board solder carriers, etc.

What does 6063-t6 aluminum alloy mean?

The 6063-t6 aluminum alloy means that its brand is 6063 alloy, and the retreat process is T6 state. Generally, the yield strength value of T6 state treatment is: 210MPa, and the hardness of 6063-t6 is 73HB.

• 1. 6063 in 6063-t6 aluminum alloy means that it belongs to the 6000 series alloy, and its brand is called 6063 aluminum sheet. The 6063 aluminum sheet is an aluminum-magnesium-silicon alloy aluminum sheet, which contains the recommended manganese and chromium elements, and a small amount of copper and iron elements to enrich the strength of the 6063 aluminum sheet.
• 2. 6063 aluminum alloy is a representative product of high-hardness alloy, and it is also the core reason why it is often seen in various mechanical parts, precision machining, abrasive tool manufacturing and other places.
• 3. The meaning of T6 in 6063-t6 aluminum alloy refers to the annealing process of aluminum sheet, which is generally used more.
• 4. 6063-T6 aluminum alloy can effectively improve the variety of 6063 aluminum sheet after heat treatment, and further enrich the use of 6063 aluminum sheet and its advantages and characteristics.

6063 aluminum alloy hardness

6063 is a representative product of the high-hardness aluminum plate alloy series, and its hardness can reach 95HB. At the same time, 6063 aluminum alloy has the advantages of not easy to deform and high strength.

6063 aluminum sheet thickness measurement

The yield strength of 6063-T1 aluminum alloy aluminum plate is: 95Mpa and the hardness is: 42HB.

The yield strength of 6063-T5 aluminum alloy aluminum plate is: 175Mpa and the hardness is: 60HB.

The yield strength of the 6063-T6 aluminum alloy aluminum plate is: 210Mpa and the hardness is: 73HB.

The yield strength of the 6063-T832 aluminum alloy aluminum plate is: 240Mpa and the hardness is: 95HB.

Notes for reference: 10HW hardness corresponds to 120Mpa, 13HW hardness corresponds to 270MPa, you can extrapolate according to the state of the factory you want to know, and compare the reference data.

6063 aluminum sheet vs6061 aluminum sheet

6063 aluminum sheet has half the strength of aluminum 6061 alloys. It is typically produced with very smooth surfaces fit for anodizing and often used to make auto parts, architectural fabrication, window and door frames, aluminium furniture, electronic components as well as various consumer durable products.