1060-H24 aluminium sheet and aluminium plate in stocks

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Product Description:

1.Structure of Product Description

Cold rolled aluminum sheet is widely used in the field of construction field and decoration field, etc.

2. Main features of the product

a.Competitive price

b.Frist-Class Service.

c. Shortest service.

3. Image

1060-H24 aluminium sheet and aluminium plate in stocks


4. Product detailed sizes:

1000mm*2000mm, 1219mm*2438mm,1220mm*2440mm, 1250mm*2500mm,1500mm*3000mm, etc.

5. FAQ:

What is the quality standard?

---Usually our standard is GB3880-2006 or others.

What is the width range?

---It is from 1000mm to 2500mm, etc.

What is the length range:

---It is from 2000mm to 6000mm, etc.


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Q:Ship aluminum plate 5What type of aluminum plate does the ship use?
Marine yacht with 5083, with 5456 of inland water on it, domestic Park boat 5052 will be used
Q:value of aluminum can pull tabs?
Sept 2014 Update. Aluminum recycle rates continue to be low in comparison to other metals, about 85 cents per pound. 2,000 tabs are worth about $1. A gallon (approximately 4,000 tabs) is worth about $2. The effort needed to collect that many tabs isn't well rewarded. There is no special value for the pull tab - it is simply aluminum. The entire can has more than 100 times the aluminum as the tab itself. While it takes less room, recycling just the tab and throwing away the can doesn't make any sense and isn't worth the time or effort. While they are accepted at charities like the Ronald McDonald House, you are likely to spend more on gas driving them there and would pay approximately twenty times their value in postage if you mail them. Some craft projects use tabs, if you find someone or a group who does this they may give you more than the metal value. Purses made out of pull tabs are somewhat popular. My suggestion - if you recycle - great! Recycle the whole can and realize that you are not going to get yourself or a charity rich because aluminum isn't worth a lot. You are helping the environment though. Take the entire can and any other metal you want to recycle to a local recycler and donate the proceeds however you wish.
Q:Which kind of material does aluminum sheet(aluminum oxide) belong to?
it's metal and belongs to hardware
Q:Analysis of a Magnesium-Aluminum Alloy?
P_H2 = 0.950 atm (Dalton's Law of partial pressures) n=Pv/RT = (0.950 atm)(0.311 L) / (0.08206 (L*atm)/(mol*K))(302.15 K) n_H2 = 0.011915983 mol Balanced equations: Al + 3HCl -- 3/2H2 + AlCl3 Mg + 2HCl -- H2 + MgCl2 By these equations, we know that every mole of Al will give us 1.5 moles of H2, and every mole of Mg will give 1 mole of H2. We can therefore set up an equation for the mass of Al like this: *Let a = the mass of MAGNESIUM* Al = 0.250 g - a With this equation in mind, we can setup two equations solving for 'n' of each element by dividing by its molar mass and multiplying by the molar ratio: n_Mg = a / 24.30 (1:1 ratio, so we don't have to multiply) -- number of moles of H2 produced by the reaction of Mg (now written as n_H') = a / 24.30 n_Al = (0.250 g - a) / (26.98 g/mol) Because of the molar ratio shown above, we must multiply n_Al by 1.5 in order to get n_H2 produced by the reaction of aluminum, hereafter known as n_H2 Since we know the number of moles produced by the sum of the reactions, we can add these equations together and solve for n_H2. (**note that your value will be different because you have a different volume**) Set up the equation like this: n_H2' + n_H2 = n_H2 = 0.011915983 mol Sub in your individual equations for n_H2' and n_H2: (a/24.3) + 1.5[(0.250-a)/26.98] = 0.011915983 mol Rearrange and solve for a (mass of MAGNESIUM): (26.98a + 9.1125 - 36.45a) / (24.3)(26.98) = 0.011915983 0.011915983 = 9.47a a = 0.137298281 g Once you have your 'a' value, divide it by the total mass (0.250 g) and multiply by 100%. This gives you the percentage of Mg. (0.137298281 g / 0.250 g) * 100% = 54.9193 % Since you want ALUMINUM, you must subtract the percentage of Mg from 100. 100 - 54.9193 = 45.08% So, the mass percentage of aluminum is 45.08%. I hope this is helpful!
Q:Aluminum or Steel Frame for Touring?
Surly LHT Surly Cross Check - suitable for lighter touring Soma Saga Salsa Fargo - heavy duty rig Salsa Casseroll - for light touring Kona Sutra - another mtb-based tourer Bob Jackson World Tour Nothing is as cheap as the nashbar alum frame. No reason to completely rule out aluminum options, though. Steel offers a nice ride, but frames made with nicer steel tubes are probably out of your price range. Aluminim can be plenty strong, especially if it's a hybrid-type frame. For example, Trek's 7.3 would be a fine platform for building a touring bike, yet the frame is aluminum...but plenty strong...and the quality of the frame will exceed an LHT. If you've got to have steel and don't have much funds available, even for a $450 frameset, consider sourcing an older (late-80s to mid-90s) rigid mtb. These had longer chainstays and wheelbases than modern mountain bikes, and the tubing and construction was naturally durable. Yeah, I see your point #2, but if wishes were horses...
Q:Tightening small aluminum wires?
Consult the NEC for permitted use of different types of cable. Type SE is service entrance. Personally I would replace the wire back to the panel. That is cheaper than a fire in your home. Another issue if you stay with the Al wire is the type of connection on the device must be approved for Al or Cu Al, not Cu only. Typical dryer is wired for a 30 amp circuit and you need the wire rated for that.
Q:which has the lower melting temperature....aluminum, copper, or brass...can you list all 3?
Melting Point Of Brass
Q:Can aluminum plate be welded?
Q:What type of bond would a single element (Aluminum) have ?
Aluminum foil is a crystalline structure. All metals are, I think. Look up aluminum on your periodic table. The number of electrons in the outer ring of the aluminum atom has something to do with whether it will accept or donate ions. In pure material it is these ionic bonds that keep the crystals together in proper alignment.
Q:aluminum foil?
With the shinny side up the heat is reflected away from the contents. With the Dull side out the heat is greater inside the pouch.

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