Professional China 1070 Aluminum Sheet for Germany Factory

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We have advanced equipment. Our products are exported to the USA, the UK and so on, enjoying a good reputation among customers for Professional China 1070 Aluminum Sheet for Germany Factory, We will wholeheartedly welcome all clients in the industry both at home and abroad to cooperate hand in hand, and create a bright future together.


 1070 Aluminum Sheet

Specifications

♦ alloy:1070
♦ temper:O~H112
♦ width:500mm-1500mm
♦ SGS & ISO
♦ Length:according to your requirements

1000 Aluminum Sheet Features
♦ This series aluminum sheet, also called pure aluminum sheet, has the highest aluminum content among all the series produced by Mintai. Its aluminum content can be more than 99.00%.
1000 Series: 1050 1060 1070 1100 1200 1235 etc.

♦ As no other techniques are involved in the production, the production procedure is single and the price is cheap. It is a commonly used aluminum sheet in conventional industries.

♦ The last two numbers in the serial number are used to determine the lowest aluminum content of this series. For example, in the 1050 series, the last two numbers are 50 and according to the corresponding international standard, the aluminum content has to reach 99.5% or more. In GB/T3880-2006, the technical standard of aluminum alloy in China, 1050 series also means the aluminum content has to reach 99.5%. Similarly, the aluminum content of 1060 series aluminum sheet has to reach 99.6% or more.

1000 Aluminun sheet

This series aluminum sheet provided includes 1100, 1050, 1070 series, etc. The 1050, 1060 and 1070 series are representative series.

Type Alloy Temper Thickness Width Application
sheet 1050 O, H12, H14, H16, H18 0.3-0.5mm
0.5-1.0mm
1.0-5.0mm
400-700mm 
700-1600mm 
>1600mm
Conducors,hoses,,marine accessories.
1060 Chemical and marine equipment
1070 Capacitor ventliation system compents
1100 Reflective devices,pipe,storage,Etc.
Other Products Aluminum plate 3xxx,5xxx,6xxx, Diverse temper
Aluminum tape 1xxx,3xxx,5xxx,6xxx,
Aluminum coils 1xxx,3xxx,5xxx,6xxx,
Aluminum foil 8011 O

1100 Aluminum Sheet Low strength aluminum alloy has excellent corrosion resistance and satisfactory anodizing and conversion coating finishing characteristics. It is unmatched by any other commercial aluminum alloy in workability. Readily to welding, brazing, and soldering. Machinability is poor and tends to be “gummy”. Non-heat treatable. 

As a China-based 1070 aluminum sheet manufacturer and supplier, we  also produce coated aluminum coil, aluminum plate, aluminium slit coil, aluminum strip, anodising aluminum sheet, embossed aluminum sheet, etc. For more detailed information, please continue browsing our website or feel free to contact us directly.

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  • GROUP III ELECTROMAGNETIC-AC Oscillating electromagnetic fields
    Filmed 1991-1996, 11 of 15 methods of levitating an object known to the author John Iwaszko, edited from the video Antigravity the reality made in 1996. The antigravity method shown in this edit, was introduced and was referred to as Magnetic Pulse Propulsion which has now been reclassified by the author as Electromagnetic AC Group IIIB ii) Electrodynamic Suspension (EDS)-Induced currents/Eddy currents- Oscillating electromagnetic Fields- DC Pulse, AC (LF, & HF)
    The 12th Method of antigravity is achieved in a very similar way to that of the previous method 11 but instead of mechanically inducing Relative motion between conductors and magnets, relative motion is induced by time varying currents of electricity generally referred to as alternating currents or AC.
    The simple experiment showed that if we raise a magnet away from a conducting loop of wire, the movement of the magnet generates a current through the loop in this direction that it opposes the change of the Magnetic field in the upward direction then the coil will produce a magnetic field in the opposing direction attracting the magnet. If we reverse the situation and push the magnet towards the coil the current will reverse in the loop and the magnetic field repelling the magnet. This is shown here demonstrating that a magnet can push a ring of non ferrous aluminium away by relative motion and that the effect is also reduced when the ring is open circuit. We can use this general principle to create levitation or negative gravity that generally pushes conductors away but can also be made stable by various means other than pivoting or tethering which we will now discuss.
    WARNING:- Some of these experiments operate directly from 240VAC mains supply or far higher voltages at high currents are potentially lethal. Do not build unless you know exactly what you are doing. Do not touch any part of the equipment while it is plugged into a mains outlet. And remember that the methods described do not conform to any electrical safety standard and many of the experiments performed are downright dangerous.
    Powerful magnets such as neodymium magnets or powerful magnetic fields generated by coils can be dangerous and not to be played with. Powerful magnets or magnetic fields can crush fingers. The power of magnetism can also cause chunks of metal to take flight and cause injury to body parts and or blindness.
    Rotating machinery can pose a danger from rotating or reciprocating parts. Particularly when machine parts move toward each other, or one part moves past another, which can crush limbs.
    Extremely intense sounds can burst ear drums or can be physically painful to human ears. High-intensity ultrasound waves are extremely dangerous to experiment with as they can heat human eyes or other tissue by absorbing ultrasound energy which becomes heat by vibration and corresponding energy loss.
    Exposure to radio frequency energy or ionizing radiation that can be generated by coils can not only burn as they get hot but also cause radiation burns, damage to the skin or other biological tissue.
    Direct skin contact with liquid nitrogen will cause severe frostbite (cryogenic or cold burns). This may happen almost instantly on contact, there is always a potential hazard when handling liquid nitrogen.
    Be careful! Use good solid judgement in your work, and think ahead. I John Iwaszko do not endorse the experiments shown, and am merely passing on information, I have learnt through experiment. Safety is your responsibility!

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