Building Metarial Aluminum Extrusion / Extruded Aluminium Profile for Windows Door

Products discription:
1business typeManufacturer2Standard:GB 5237-2008; EN755,etc3Product series:Aluminium profile for building material and industrial materail4Price:based on SMM Aluminium Ingot price(www.smm.cn) +processing Fee5Payment term:T/T, L/C at sight6Surface treatment:mill finish,Anodizing, Powder coating, electrophoresis, wooden finish,heat insultingspecification:7Alloy:6063, 6060, 6061, 6005, 70058state:T4/ T5/T69length1m-7m,generally 5.85m for container10Normal Anodizing thickness:AVERAGE >10 micro,11Normal powder coating thickness:>40micro12thickness:0.6mm,0.8mm,1.0mm,1.2mm,1.4mm,2.0mm,3.0mm,etcother information13PriceSMM/LME Primary ingot price +the most competitive conversion cost14MouldpolicyEach item purchased volume get to 5tons ,refund mould payment15Delivery timetablewithin 20 days from the order time16Payment term30% deposit, the balance pay against B/L copy within 7days17Packing standardinside protection film, outsiede shrinking film or thick paper18CERTIFICATIONSGS /TUV -ISO9001:2008 -ISO14001:200419usagesliding, casement,casementmet, windows ,doors, curtain wall,industry20OEMCustomized aluminium profiles are available
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The classification of aluminum alloy profiles of aluminum alloy profile is introduced
Below to introduce the classification of aluminium alloy profiles:
A, according to use can be divided into the following categories:
1. The doors and Windows of building doors and Windows aluminum (two) is divided into doors and Windows and curtain wall;
2. CPU radiator dedicated radiator aluminum;
3. Aluminum alloy aluminum shelves, they differ in that the different section shape, but are produced by melt extrusion;
4. Industrial aluminum profile: mainly used in automatic machinery and equipment, sealing cover skeleton and companies according to their own custom mould machinery and equipment requirements, such as assembly line conveyor belt, lifting machine, glue machine, testing equipment, etc., and mostly in the clean room use electronic machinery industry.
Second, according to the alloy composition classification:
Can be divided into 1024, 2011, 6063, 6061, 6082, 7075, such as aluminum alloy nameplate, six of them are the most common. Ratio of different brands differ in various metal composition is different, in addition to the commonly used aluminum doors and Windows, such as 60 series, 70 series, 80 series, 90 series, curtain wall series and so on architectural aluminum, industrial aluminum profiles with no clear model distinguish, most plants are the actual drawing processing according to the customer.
Three, classified according to the requirements of surface treatment:
1. Anodized aluminum;
2. Electro-deposition aluminium;
3. Powder coating aluminum;
4. The wood grain transfer printing aluminum;
5. Wrot aluminum.
Introduction to edit
Aluminium alloy profile is the most widely used in industry of non-ferrous metal structural materials, in aviation, aerospace, automotive, machinery manufacturing, shipbuilding, construction, decoration. And have been extensively applied in chemical industry. As the science and technology in recent years, as well as the rapid development of industrial economy, the demand for aluminum alloy welding structure is increasing, also make the weldability of aluminum alloy and research. Aluminum alloy is widely used to promote the development of aluminum alloy welding technology, at the same time, the development of welding technology and expand the application field of aluminum alloy, thus the welding technology of aluminum alloy is becoming one of the hot spot of research.
Performance of the editor
The density of pure aluminum (rho = 2.7 g/cm3), is about 1/3 of the iron, low melting point (660 ºC), aluminum is face-centered cubic structure, therefore, has the very high plasticity (delta: 32 ~ 40%, and bits of: 70 ~ 90%), easy to machining, can be made into all kinds of shapes, plates, corrosion resistant performance is good. But the strength of pure aluminium is very low, annealing state sigma b value is about 8 KGF/was, therefore, not as a structural material. Through the long-term production practice and scientific experiment, people gradually to add alloy elements and using the method of heat treatment to strengthen aluminum, it's got a series of aluminum alloy. Add some elements to form the alloy while maintaining the advantages of pure aluminum light can also has high strength, sigma b value can reach 24 ~ 60 KGF/was respectively. So that its "strength" (the ratio of intensity and the proportion of sigma b/rho) is better than a lot of alloy steel, become the ideal structural material, widely used in machinery manufacturing, transportation, machinery and aviation industry, the aircraft fuselage, skin, such as compressor with aluminum alloy manufacture, in order to reduce weight. The welding of aluminum alloy instead of steel material, the structure can reduce more than 50% in weight.
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