Mill Finished Alloy 1235 Aluminium Foils

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
5 m.t.
Supply Capability:
2000 m.t./month

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Item specifice:

Grade: 1000 Series Surface Treatment: Mill Finish Shape: Square
Temper: Half Hard Application: Decorations

Product Description:

1. Structure of Mill Finished Alloy 1235 Aluminium Foils Description
Aluminum foil is widely used in medicine packaging, especially for Asian market. Because the good anti heat and anti wet specification, it's very good for packaging tablets and food. Noramlly for medicine packging, the quality should be higher than food packaging. For medicine packaging, we usually use direct casting quality, but for food packaging, we usually use continuous casting quality. All our aluminum foil for medicine packaging with soft temper is DC quality. 

 

2.   Specification of Mill Finished Alloy 1235 Aluminium Foils

Alloy 1235

Temper Soft / hard

Process DC

Thickness12mic~30mic

Width400mm~1650mm

Core ID76mm / 152mm
Chemical Composition 
Alolly 8079% MaximumSi0.05~0.13Fe0.7~1.3Cu0.05Mn0.02Mg-Cr-Ni- Zn0.1Ti0.02Zr-Others0.15
Property
Tensile strength70~100MpaElongation3.5%~7%Bursting80~270Kpa

  

3.  Advantage of Mill Finished Alloy 1235 Aluminium Foils

We've been specialized in aluminium foil for more than ten years, we know this product very well, and we have good finacial support from government. Meanwhile, 8079 with direct casting has better elongation and bursting data.

 

4.    Feature of Mill Finished Alloy 1235 Aluminium Foils

Surfact Quality :

 Be free from Oil Stain, Dent, Inclusion, Scratches, Stain, Oxide Dicoloration, Breaks, Corrosion, Roll Marks, Dirt Streaks and other defect which will interfere with use,

 

Mechenical Property:

Chemical Composite and Mechanical Property

 

5.    Certificate of Mill Finished Alloy 1235 Aluminium Foils

SGS and ROHS(if client request, paid by client), MTC(plant provided), Certificate of Origin(FORM A, FORM E, CO),  Bureau Veritas and SGS (if client request, paid by client), CIQS certificate

 

6.    Image of Mill Finished Alloy 1235 Aluminium Foils

 

Mill Finished Alloy 1235 Aluminium Foils

Mill Finished Alloy 1235 Aluminium Foils

Mill Finished Alloy 1235 Aluminium Foils

 

 7.    Package and shipping of Mill Finished Alloy 1235 Aluminium Foils

First, plastic cloth with drying agent inside; Second, Pearl Wool ; Third, wooden cases with dry agent , fumigation wooden pallets, aluminum surface could cover blue PVC film

 

8.    FAQ

1) What is the delivery time?

Depends on actual order, around 30 to 40 days 

2) What is the QC system:

We have QC staff of 20 persons and advanced equipment, each production is with MTC traced from Aluminum ingot lot.

3) What market do you mainly sell to?

Australia, America, Asia, Middle East, Western Europe, Africa etc

 

 

 

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Q:Is using Aluminum foil bad?
Aluminium has a relatively low melting point so some of the thin metal can be melted enough to release harmful chemicals used to manufacture the foil although the melting is not noticeable. I personally would switch to tin foil but due to the amount of time that aluminium foil has been being produced the effects and dangers of using it are not yet proven
Q:is Aluminum a di-molecule thing,?
No. Aluminum is a metal, which means that its structure is essentially a lattice of metal cations with very loosely-held electrons passing rather freely between them.
Q:Aluminum (Element)?
Aluminum is from team 3 and there for has 3 electrons in its outer shell and desires 5 to fill it. it fairly is going to react with any aspects from team 5 that want aluminum's 3 electrons.
Q:There is no professional aluminum roll,
Baidu, Inc., a China military there, here not to send.
Q:Why do the layers loose when taking out coil after roll of aluminum 0.14?
After rolling, the most possible reason may be poor deoiling effect. I think, for 0.14mm aluminum coil, the lining sleeve will not be forgotten. After rolling , oil ooze from aluminum layers, and the support of aluminum coil is not enough, leading to coil collapsing. The specific manifestations are that the edges of even round aluminum layers become like water ripple, and that the aluminum coils suddenly become uneven when taking out coil.
Q:Related technical standards of aluminium coil
GB/T 1196-2002 remelting aluminium ingotTechnical specification for dustproof and anti gas of GB/T 17397-1998 aluminium electrolysis productionFixed capacitors for use in GB/T 17208-1998 electronic equipment - Part eighteenth: Blank detail specification - non solid electrolyte sheet type aluminium fixed capacitor level E
Q:melting aluminum?
aluminum, in general, will just oxidize if heated in air. it is not just cans that behave that way when they (alcan, alcoa) smelt aluminum industrially they keep it in a reducing environment and do not allow molten aluminum to contact air. so use any aluminum you like but prevent it from contacting air.
Q:can automakers use honeycombed aluminum to strngthen the frames of automobiles?
Sure you could do this, but the reason it won't happen is cost. If your target is today's strength car, you could make the car lighter. If your target is today's weight car, you could make the car stronger. Honeycombed aluminum is not so much a strong material as a strong material at a given weight. For just a little more weight though, other less exotically manufactured materials have even greater strength, so I doubt that this will be seen in cars. Airplanes have an entirely different cost function, and weight is everything so they can afford these materials.
Q:Calculate the resistance of aluminium cable of length 1o km and diameter 2mm?
Let ρ be the resistivity of the aluminum cable, A the cross sectional area of the cable and l the cable's length. The resistance R of the aluminum cable is now given by: R = ρ·l / A = 2.7·10^-8·(10·10^3) / (π·r²) = 2.7·10^-8·(10·10^3) / (π·(1·10^-3)²) = 85.9 Ω I guess the tricky part is remembering: R = ρ·l / A but when you realize how intuitive this equation is you don't have to memorize it. The resistance R is proportional to the resistivity ρ, so we must have the following in our equation: R = ρ·k , where k is some value governed by the dimensions of the cable! It is logical that the resistance is also proportional to the wires length l. This is logical when you realize that the longer the wire the more obstacles the electrons will have to pass by! Now we have that: R = ρ·l·c , where c is another value governed now by the cross sectional area (only dimensional property left). If we think of the wire as a highway with cars instead of electrons we realize that there is less resistance (higher speed) when the highway has many lanes and is very broad. From this we realize that the greater the cross sectional area the smaller the resistance. R must therefore be inversely proportional to A. We now have: R = ρ·l / A I hope there are no mistakes here :P
Q:What is a good slogan for Aluminum?
Aluminium - Wrap **** in it

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