Embossed Aluminum Sheets Used for Construction

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
5 m.t.
Supply Capability:
10000 m.t./month

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Item specifice:

Grade: 1000 Series,2000 Series,3000 Series,4000 Series,5000 Series,7000 Series,6000 Series Surface Treatment: Embossed Shape: Flat
Temper: Half Hard Application: Decorations

Product Description:

1.Structure of Embossed Aluminum Sheets Used for Construction Description

Embossed Aluminum Sheets Used for Construction has great ductility, heat conductivity, anti-corrosion and moisture resistance properties which are very useful in the field of construction.

Embossed Aluminum Sheets Used for Construction is widely used for decorative purpose in construction, packing and appiance. It is also very commonly used for anti-slippery purpose in vehicles and public places.

2.Main Features of Embossed Aluminum Sheets Used for Construction

•    Superior quality of raw material

•    Reasonable and stable chemical composition

•    Accurate tolerance

•    Goode mechanical property

3.Embossed Aluminum Sheets Used for Construction Images

Embossed Aluminum Sheets Used for Construction

Embossed Aluminum Sheets Used for Construction

Embossed Aluminum Sheets Used for Construction

4.Embossed Aluminum Sheets Used for Construction Specification

Alloy

AA5xxx   (AA5754 etc.)

Temper

H14,     H16, H18, H22, H24, H26, H32, O/F

Thickness

0.2mm     -- 100mm

Width

30mm     -- 1700mm

Standard

GB/T     3880-2006,EN,ASTM,JIS

5. FAQ of Embossed Aluminum Sheets Used for Construction

A.How to guarantee the quality?

Customers are welcome to our mill to visit and check the products. Besides, we can arrange a third party to test Embossed Aluminum Sheets Used for Construction.

B.When will you deliver the products?

Embossed Aluminum Sheets Used for Construction will be delivered within 35 days after receiving advanced payment or original L/C.


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Q:Product of Aluminium and Hydrochloric Acid?
When aluminum reacts with hydrochloric acid heat is produced as well as aluminum chloride. This heat is warming up the HCl, which you should remember is a gas dissolved in water, a little of which evolves from the water. You're smelling HCl gas. There shouldn't be any dense white smoke, unless you've got an open container of ammonia nearby. In that case the smoke is particulate ammonium chloride, produced by the reaction in the air of HCl and NH3.
Q:Cardboard and aluminum questions.?
Why not heavy duty aluminum foil glued to cardboard? that would look a lot better than patched up pieces of aluminum from tin cans. How would you connect the chunks of aluminum together? and remove the label. Note that soda cans have a coating of plastic on the inside. I don't see any easy way to attach the bits of aluminum from tin cans together, and remove the painted on labels. It would look just like that, pieces of cans glued together. In stead of cardboard you could use foam board which is lighter and more rigid.
Q:after putting aluminum sheet into the area between magnet and iron products, could magnet attract iron again?
magnet can attract iron if the aluminum sheet isn't too thick. Because aluminum can't cut off magnetic line of force, unless aluminum sheet's thickness surpass the range of magnetic attraction.
Q:How can you turn aluminum oxide into Al?
The problem is that in an oxygen rich environment, like the air, then aluminum will instantly form a protective coating of aluminum oxide on any freshly prepared surface. So, mechanical sanding or abrasion will be of little help. You could abrade the surface inside of a container where there is no oxygen. That would require the construction of an airtight glovebox, then fill it with N2 or an inert gas. The aluminum oxide coating will dissolve in very basic solutions. Aluminum metal is also very reactive with water. 2Al + 6H2O -- 2Al(OH)3(s) + 3H2(g) In Drano, the basic solution dissolves the Al2O3 coating, which allows the Al metal to react with water producing H2 gas and the agitation needed to help dissolve the clog.
Q:Chemists, how does concrete react with aluminium?
Embedded aluminum roof flashing, aluminum water stops, aluminum electrical conduit, introduced aluminum powder (sometimes used to foam concrete), or embedded structural aluminum shapes may all corrode in concrete or mortar. In all cases, a reaction that forms aluminum hydroxide and hydrogen gas occurs, and may cause expansion and cracking of the concrete or mortar. The common use of calcium chloride (or other alkali compounds), and dampness of the concrete increases the reaction rate. Usually, coating the aluminum with bituminous paint, impregnated paper or felt, plastic, or an alkali-resistant coating will prevent or sharply reduce the corrosion.
Q:What does aluminum plate mean?
Dear, 1070 and 1060 are not the specifications of aluminum sheet, but the type of aluminum plateThe model is used to distinguish the different components of aluminum, the model is different, the composition of aluminum is differentShenzhen Cheng Cheng metal - - - --- aluminum plate - -
Q:Are there any rules and requirements for the spacing between the back of the glass curtain wall and the aluminum plate and the glass?
Thermal explosion is related to a lot of factors. As to how much impact the lining board has on the thermal explosion, it's really impossible to speak of it. I think it has very little influence
Q:I have a number of existing 4mm aluminum plate,
5052, aluminum stamping bending will not break it.
Q:A solid aluminum ingot weighs 71.0 N in air.?
first find the volume of your aluminium. youll need this when analyzing the bouant force F(b). the sg of aluminum is 2.7 and the density of water is 1000 kg/m^3 so the density of aluminum is 2.7x1000=2700kg/m^3. the mass is 71N/g = 7.237512742 kg. so volume of our piece of aluminum = mass/density = 0.0026805603 m^3 now analyze the forces being applied to the system. There are three, the force of gravity F(g), the buoyant force F(b) and the tension T. Tension and buoyant force push up, gravity pulls down. the system will be at rest since the rope is holding it at rest. so T + F(b) - F(g) = 0 T + (Volume aluminum X density water X g) - (MAss of aluminum x g) = 0 T + (0.0026805603x1000x9.81) - (71 N (given in problem)) = 0 Solving for T, T = 44.70370346 N = 45 N using sig figs.
Q:Which statement describes a chemical property of aluminum?
The answer is choice 2. Why? It's the only one that describes a chemical interaction. The other three describe physical properties of aluminum, that is properties that do not involve a change in the chemical identity of aluminum metal. In choices 1, 3, and 4, the aluminum metal remains as aluminum metal. However, in choice 2, the metal reacts and becomes aluminum ion.

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