2016 New Style 3003 Aluminum Plate for Germany Importers

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 3003 Series Aluminum Plate Specifications 
♦ Grade:3003 
♦ Temper:O/H14/H24/H18/H12/H22/H16/H26/H111/H112/F
♦ Thickness:0.2-350mm
♦ Width:500~2300mm

3003 Aluminum Plate Features
♦ This series aluminum plate is anticorrosive and its production technology is good.
♦ The main ingredient in it is manganese element and the content is between 1.0% and 1.5%.

3000 Aluminum Plate Applications
As a result of it good property in anti-corrosion, this series aluminum plate is commonly used in moist environments like air conditioners, refrigerators, the bottom of cars.
3000 series aluminum Plate are widely used in construction,decoration,pipe, packing,automobile,air condtioning,pot,containers,refrigeration,electrical and electronic products, etc.
With Plain, five bar, stucco, diamond, or mirror surface process, Or coated with PE, PVDF, BRUSH etc. There is (CC) cold rolling and (DC) hot rolling Line.

Type   Alloy     Temper Thickness         Width           Application
plate 3003 O H12 H14 H16 H18 0.3-0.5mm, 
0.5-1.0mm, 
1.0-5.0mm
400-700mm,
700-1600mm
>1600mm
Kithenware,food /chemical processing storage device
3004 thin aluminum plate work pieces, 
Building equipment ,storage device
3105 Baffles ,cap ,etc.

Jinding is a professional manufacturer and supplier of 3003 aluminum plate based in China. We also offer aluminum coil, aluminium slit coil, aluminum sheet, coated aluminum coil, diamond aluminum tread plate,and more. Whenever you have a need for any of our products, please feel free to contact us.

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    Rechargeable battery cells are manufactured in cylindrical or prismatic cells, as this animation illustrates.

    First, copper is rolled into a foil that serves as the current collector on the anode side. Aluminum is used on the cathode side.

    Next, the electrode is deposited onto the current collector foil. The anode is typically made of graphite and the cathode of Lithium-containing oxides or phosphates.

    The electrode coating goes through a drying step in which unnecessary solvents are removed and the slurry based coating is solidified.

    After drying, the two electrodes come together in a sandwich structure with two separators – shown in green – positioned in between.

    This flexible layer structure then goes through a winding process and forms what is called a jelly roll. For prismatic cells, these structures are cut and layered, flatly rolled, or z-folded.

    Next, the jelly roll is packaged into a cylindrical container that resembles an oversized double “A” battery. Here, you can see the internal structure consisting of the two current collectors with electrode and the two separators for avoiding a short circuit.

    Before sealing and crimping the container, the battery is filled with liquid electrolyte. It is critical that the electrolyte wets the separator and fills all pores leaving no or minimal voids in the separator foam.

    Eight to twelve cells are packaged in a module.

    Then eight to twelve modules are packaged with a battery management and cooling system. Such a battery pack can then be used in plug-in hybrid and all-electric vehicles.

    The same or very similar battery packs can be used for stationary storage to enable intermittent renewable energy sources such as wind and solar.

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