5052 En 6061 aluminum alloy are aluminum alloy products that have received great attention in industry and construction because of their excellent performance and wide range of applications.
Compare 5052 aluminum alloy and 6061 aluminium profiel. Not only do they have a lot in common, even 5052 aluminum alloy and 6061 aluminum alloy can be replaced with each other in certain specific usage scenarios, but they also have many differences. We will compare 5052 aluminum in detail below. alloy and 6061 aluminium profiel.
5052 aluminiumlegering behoort tot de 5000 serie legeringen. The main added element is magnesium, over 3-5%, which is called aluminum-magnesium alloy.
5052 aluminum also happens to be the strongest non-heat treatable sheet and plate commonly used.
De dichtheid van 5052 aluminum alloy is 2.68g/cm3, which is slightly lower than pure aluminum, so it is very commonly used in the aerospace field, such as aircraft fuel tanks.
5052 aluminum alloy does not contain any copper, so its resistance to salt water corrosion is higher than other aluminum alloys, making 5052 aluminum plate a perfect choice for boat building.
5052 aluminum alloy is very suitable for anodizing because its color change is very small after anodizing.
The main elements added to the 6000 series aluminum alloy are magnesium and silicon, en de 6061 aluminum alloy is its representative product. It has the characteristics of medium strength, goede corrosiebestendigheid, lasbaarheid, no deformation after processing, easy coloring, en goed oxidatie-effect.
6061 aluminum is widely used in various industrial structural parts that require a certain strength and high corrosion resistance, such as mobile phone slots, mobile phone casings, manufacturing trucks, tower buildings, structural materials, schepen, railway vehicles, precision machining, enz.
Element | Samenstelling (%) | |
5052 Legering | 6061 Legering | |
En | 0.25 | 0.4-0.8 |
Fe | 0.4 | 0.7 |
Cu | 0.1 | 0.15-0.4 |
Mn | 0.1 | 0.15 |
mgr | 2.2-2.8 | 0.8-1.2 |
Cr | 0.15-0.35 | 0.04-0.35 |
In | – | – |
Zn | 0.1 | 0.25 |
Van | – | 0.15 |
Anderen:Elk | 0.05 | 0.05 |
Anderen:Totaal | 0.15 | 0.15 |
Aluminumin | Rest | Rest |
Beide 5052 En 6061 alloys have strong corrosion resistance, but due to the higher mg content in the 5052 legering, 5052 has stronger corrosion resistance and is more suitable for use in the ocean.
Material properties |
Type 6061 Aluminium profiel |
Type 5052 Aluminium profiel |
||
Units |
Metriek |
Engels |
Metriek |
Engels |
Opbrengststerkte |
276 MPa |
40000 psi |
193 MPa |
28000 psi |
Elasticiteitsmodulus |
68.9 GPa |
10000 ksi |
70.3 GPa |
10200 ksi |
Vermoeidheid Sterkte |
96.5 MPa |
14000 psi |
117 MPa |
17000 psi |
Warmtegeleiding |
167 W/m-K |
1160 BTU-in/hr-ft²-°F |
138 W/m-K |
960 BTU-in/hr-ft²-°F |
Bewerkbaarheid |
Goed |
Arm |
The yield strength of a material is the minimum amount of stress that will cause a test piece to change shape, or permanently deform.
6061 is more difficult to permanently deform than 5052 (276 MPa VS. 193 MPa), which means that 6061 has higher strength. On the other hand, it also shows that the machining performance of 6061 aluminum alloy will be somewhat lacking.
De kracht van 6061 is hoger dan die van 5052 under the same condition (the zn and cr content of 6061 alloy is higher than that of 5052).
The modulus of elasticity can be thought of as the “stiffness” of an alloy; it is a measure of how much a material resists plastic deformation. Materials with higher moduli are considered more elastic because it takes more work to permanently deform the material.
Most metals are good conductors of heat, and these alloys are no different. The thermal conductivity of a metal describes how much heat can move through a material, and is useful in thermal components such as heat sinks and heat exchangers. 6061 aluminum has a higher thermal conductivity than 5052 aluminium, making it the preferred choice for heat dissipation applications.
6061 aluminum machines well because it is more brittle, meaning smaller bits of the alloy (called “chips” in machine shops) fracture off more easily when machined. 5052 aluminum is more difficult to machine, as its elastic nature causes larger chips which cause excessive wear on tooling and less precise cuts. Dus, terwijl 5052 aluminum is the premier material for welded sheet work, 6061 aluminum shines as a tough machining alloy.
Legering | 5052 | 6061 |
Woedeaanval | F,O,H12,H14,H16,H18,H19,H22,H24,H26,H28,H32,H34,H36,H38,H111,H112,H114 | F,O,T4,T451,T42,T5,T6,T651,T6511,H112 |
Het belangrijkste verschil tussen 5052 aluminum sheet and 6061 aluminum sheet is:
5052 aluminium plaat kan niet worden versterkt door warmtebehandeling, which means that 5052 aluminum alloy can be strengthened by cold working or strain hardening (such as rolling or forging). 5052 H112 aluminum sheet and 5052 H32 aluminum sheet are the most common hardening processes.
Maar 6061 aluminum plate can be heat treated. It will be heated in a submerged furnace at 533 °C (990°F) and then water quenched. 6061 T4 aluminum alloy and 6061 T6 aluminum alloy are the most common forms of 6061 and are often used in heavy-duty structures. Daarom, strength and formability under T tempering are very important.
Vanwege zijn uitstekende prestaties, 5052 aluminum alloy has strong corrosion resistance, hoge sterkte-gewichtsverhouding, excellent tensile strength, verlenging, enz. Daarom, 5052 aluminum alloy is widely used in the marine industry and electronics industry. and chemical applications.
6061 aluminum alloy is also known as “structural aluminum”. It is one of the commonly used extruded aluminum profiles. Thanks to its formability, it can be formed into sheets, rounds, squares, extrusions, rolling or any form.
The uses of Huawei Aluminum 6061 aluminum alloy mainly include the following aspects:
In terms of aluminum alloy prices, there is not much price difference between 5052 En 6061. Echter, due to the complex and more difficult processing technology of 6061 aluminium profiel, the price will be slightly higher than that of 5052 aluminium profiel.
Huawei-aluminium Aluminum Plate Price Structure
6000 serie aluminiumlegering is een type aluminiumlegering waaruit is samengesteld 90-94% aluminium, met de overige 6-10% bestaande uit andere elementen zoals magnesium, silicium, en koper.
3004 aluminiumspiraal is een aluminium-mangaanlegering, dat is het meest gebruikte roestwerende aluminium. De sterkte van deze legering is niet hoog. Het lijkt op 3003 legeringen met ongeveer 1% magnesium toegevoegd.
3004 aluminium cirkel ,ook genoemd 3004 aluminium schijf,3004 aluminium schijf, het is gemaakt door middel van stempelen 3004 aluminium spoelen.
Zware aluminiumfolie zorgt voor extra sterkte en scheurweerstand. Veel koks gebruiken het om te bakken, grillen, en opslag. De meeste folierollen gemerkt "zwaar uitgevoerd" zijn tussen 0.0008" En 0.001" dik, dat is ongeveer 0,02032-0,0254 mm in nationale eenheden
Geverfde aluminium spoel (Gecoate aluminium spoel) is een populaire materiaalkeuze voor de bouw, vervoer, en bewegwijzering vanwege het lichte gewicht, duurzaamheid, en veelzijdigheid.
5000 serie aluminiumlegering is een Al-Mg-legeringsserie met hoge sterkte en uitstekende corrosieweerstand. Het wordt vaak gebruikt bij de productie van maritieme producten, olie tanks, schepen, auto, bouwmaterialen en andere gebieden.
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