5mm Thick Embossed Checked Finished Aluminium Plate

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Shanghai
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Min Order Qty:
3 m.t.
Supply Capability:
6000 m.t./month

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Item specifice:

Grade: 1000 Series,3000 Series,5000 Series,7000 Series,2000 Series Surface Treatment: Coated,Embossed,Mill Finish,Color Coated,Enameled Wire Shape: Angle,Square,Flat,Rectangular
Temper: O-H112,Soft,Half Hard Application: Decorations,Door & Window,Transportation Tools,Glass Wall,Kitchen Use,Pharmaceutical Technique: DC/CC
Thickness: 0.05-4.0mm Width: 900--1500mm Outer Diameter: 450-600
Net Weight (kg): 2.5 ton Packaging: Wooden pallets

Product Description:

5mm Thick Embossed Checked Finished Aluminium Plate


Packaging & Delivery

   Product Specification

Grade

1000 Series: 1050 1060 1100

3000 Series: 3003 3004 3105

5000 Series: 5052 5605,5083

6000 Series: 6061 6063

8000 Series: 8011 8021 8079

Thickness

0.20-8.00mm

Width

2400mm max.

Grade

1000,3000,5000,6000,8000series

Coil ID

75mm, 150mm, 200mm, 300mm, 400mm, 508mm or negotiable

Coil weight

1000-5000kgs

Coil OD

1700mm max.

Temper

O, H12, H14, H16, H111, H22 ,H24, H26, H28,T4, T6,etc.




Temper
Fprocessing state
Hstrain hardening state
Oannealing
Theat treatment state
H112pure state of strain hardening, adjustment has been made to degree of strain hardening and annealing
T4solid solution treatment and natural efficiency to achieve sufficient stability condition
T5artificial aging condition of the reentry after high temperature thermal cooling 
T6artificial aging state after solid solution treatment



Chemical Composition

GradeSiFeCuMnMgCrNiZnAl
10500.250.40.050.050.05--0.0599.5
10600.250.350.050.030.03--0.0599.6
10700.20.250.040.030.03--0.0499.7
1100Si+Fe:0.95
0.05-0.20.05--0.1-99
1200Si+Fe:1.00
0.050.05--0.10.0599
1235Si+Fe:0.65
0.050.050.05-0.10.0699.35
30030.60.70.05-0.21.0-1.5---0.1remains
30040.30.70.251.0-1.50.8-1.3--0.25remains
30050.60.70.251.0-1.50.20-0.60.1-0.25remains
31050.60.70.30.30-0.80.20-0.80.2-0.4remains
3A210.60.70.21.0-1.60.05--0.1remains
50050.30.70.20.20.50-1.10.1-0.25remains
50520.250.40.10.12.2-2.80.15-0.35-0.1remains
50830.40.40.10.40-1.04.0-4.90.05-0.25-0.25remains
51540.250.40.10.13.1-3.90.15-0.35-0.2remains
51820.20.350.150.20-0.504.0-5.00.1-0.25remains
52510.40.50.150.1-0.51.7-2.40.15-0.15remains
57540.40.40.10.52.6-3.60.3-0.2remains
60610.40-0.80.70.15-0.400.150.8-1.20.04-0.35-0.25remains
60630.20-0.60.350.10.10.45-0.90.1-0.1remains
60820.7-1.30.50.10.40-1.00.6-1.20.25-0.2remains
6A020.50-1.20.50.20-0.6Or Cr0.15-0.350.45-0.9--0.2remains
80110.50-0.90.6-1.00.10.20.050.05-0.1remains


5mm Thick Embossed Checked Finished Aluminium Plate


5mm Thick Embossed Checked Finished Aluminium Plate


5mm Thick Embossed Checked Finished Aluminium Plate


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Q:How much is the rust-proof and thermal insulation aluminum coil?
3003 alumal alloy is the best and common rust-proof and thermal insulation aluminum coil. The price depends on the thickness and width you need.
Q:What is a good replacement for aluminum food containers?
It's almost always cheaper to cook at home than order out and have food delivered. Sounds like your school district is spending more money in one area of a budget to save a little money in another. Typical govt. thinking. Get them to cook your food on site so they dont have to discard food containers and you can have better food too.
Q:Why aluminium plate warp after sandblasting?
I don't know about aluminium or metallurgy but I have direct experience of grinding and lapping silicon wafers for the integrated circuit industry. I know that these grinding-type processes (and I think sand blasting may be similar) will introduce stress on the machined side of a thin silicon plate. The damage affects the atomic scale silicon lattice (aluminium will be similar only it may be polycrystalline as opposed to the single-crystal lattice with which I am familiar). This stress acting on one side of the plate causes the plate to bend or warp. For the theory behind plate bending due to stress try googling Stoney's equation. Note that this stress and usually the warpage might be removed by performing the same operation on the opposite side of the plate (the stresses induced then cancel each other). For silicon we can also reduce or remove the stress by polishing away the machined surface.
Q:Aluminum skateboards?
aluminum skateboards are ok if your just olling and playing around on them. but if your a real skater you'll probably want to get a real one.
Q:What are the differences between aluminum coil 3003h24 and 3a21h14?
The mechanical property references of rolled plate 3003 H24and 3A21 H14 are as follows: 3003 H24--Rm/MPa≧140-180;Rp0.2/MPa≧115;A(%)≧1-5(thickness 0.2mm-4.5mm)3A12 H14--Rm/MPa≧145-215;A(%)≧6
Q:Pillar vs. aluminum bed stocks?
The flex around the barrel is OK. The pillar bedding and aluminum bedding both perform the same functions, it's just the aluminum frames spread the support out more broadly. These changes came about with the Bean Field rifles, Kenny Jarrett and others trying to get best accuracy. The floating barrel and the composite stock are of the same ideas. To get to the next level of accuracy you should start hand loading for your rifle. If you don't want to do it you can usually find someone who might do it for you if you buy the components and the proper die if needed. I have a Browning A-Bolt that will shoot well with factory stuff, but with my reloads I get 5 shot groups I can cover with a quarter, and that is just off a sandbag not a supported bench rig. If you need better accuracy than even that you really need to put money out for truing and facing the bolt, truing the action, etc. So, I'm thinking you have a very good stock now, changing it isn't going to gain you much, but looking at loading and truing would make more impact, especially the loading and adjusting the Cartridge Overall Length to match your specific rifle.
Q:If mercury is rub on aluminum, what happens?
Mercury readily combines with aluminium to form a mercury-aluminum amalgam when the two pure metals come into contact. However, when the amalgam is exposed to air, the aluminium oxidizes, leaving behind mercury. The oxide flakes away, exposing more mercury amalgam, which repeats the process. This process continues until the supply of amalgam is exhausted, and since it releases mercury, a small amount of mercury can “eat through” a large amount of aluminium over time, by progressively forming amalgam and relinquishing the aluminium as oxide. Aluminium in air is normally protected by a thin layer of its own oxide, which is not porous to mercury. Mercury coming into contact with this oxide does no harm. However, if any elemental aluminium is exposed (even by a recent scratch), the mercury may combine with it, starting the process described above, and potentially damaging a large part of the aluminium before it finally ends.
Q:Chemistry Question: Aluminum Production?
Bauxite is dissolved in NaOH to remove impurities and form aluminum hydroxide; the aluminum hydroxide is then precipitated out, and water is removed to produce pure aluminum oxide (alumina). In aluminum production, alumina (Al2O3) is dissolved in molten cryolite (Na3AlF6). This molten mixture is then placed in a container with graphite electrodes (cathode and anode are both graphite). The molten mixture serves as the electrolyte. At the cathode: Al3+ (l) + 3e- ---- Al (l) Aluminum ions gather electrons to form aluminum metal, which is liquid due to the high temperatures. The molten metal sinks to the bottom of the container, and is piped off. At the anode: 2O2- (l) --- O2 (g) + 4e- The oxide ions from alumina lose their electrons to form oxygen gas.
Q:How is Aluminum Foil made?
It is made by rolling an aluminum block thinner and thinner. Metal foil, such as tin foil had been around for years. The first plant designed for rolling aluminum foil was opened in 1910. NASA was not in existence then. It appears the inventor was: Hans Christian Oersted Year Invented: 1825 P.S. Aluminum is not corrosive. corrosive means it corrodes other things (as acid would). It does corrode. It is also the most reactive metal. It is oxidized immediately upon exposure to air - why it is difficult to solder. The aluminum oxide is not whetted by solder. Aluminum oxide is a ceramic, called Alumina. Anodized aluminum has has a thick layer of aluminum oxide formed on its surface
Q:aluminum bar resistance in physics?
first ,we will find out the cross sectional area Area= width* height =5.3*2.1=11.13cm^2 Area=11.13 *10^-4 m^2 shear stress = force /area =3.3*10^5/11.13*10^-4=0.296*10^9 Shear stress=2.96*10^8 N/m^2 shear modulus of aluminum=2.6*10^10 pa Shear strain =stress/modulus =2.96*10^8 / 2.6*10^10 =1.14*10^-2 =0.0114 from figure, strain=x/length 0.0114=x/220 (length in mm) x=0.0114*220 x=2.508 mm Ans: Shear deformation is 2.508 mm. ===============================

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