• Physical Coating Copper Clad Aluminum Magnesium Wire System 1
  • Physical Coating Copper Clad Aluminum Magnesium Wire System 2
  • Physical Coating Copper Clad Aluminum Magnesium Wire System 3
Physical Coating Copper Clad Aluminum Magnesium Wire

Physical Coating Copper Clad Aluminum Magnesium Wire

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Loading Port:
Guangzhou
Payment Terms:
TT OR LC
Min Order Qty:
500 kg
Supply Capability:
200000 kg/month

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1. Product Description:

The cooper-coated cladding aluminum alloy wire is usually processed and made by using the manufacturing technology of coated welding method, and it uses the aluminum magnesium as a core wire and outside coated copper layer with one center. It is applied in the following aspects:

1. Aircraft, transport vechicles, vessels, instruments, metal products.

2. Processing to the rivets, zipper, nails, etc

3. Welding Aluminum Magnesium alloy wire which magnesium content is exceeding3%

4. Sanitry equipment hose braiding materials,automotive and machinery oil hose material

5. Electronic industries and telecommunications industries

6. Textile shield for power cable

 

2. Product Characteristic:

1.Our state-of-the-art cladding and welding crafts guarantee the high density and conductivity of our 99.97% purity copper cladding, while our metallurgical bonding technique around the aluminum core along the wire for excellent coaxiality. Mechanical properties accord with US ASTM B566-93 Standard.

2. Given the same weight and diameter, Huawang CCAM Wire measures 2.6 times longer than copper wire which means that the budget for 1T of pure copper wire should now afford 2.6t of our CCAM Wire, a choice product to reduce costs of material for cable production.

3. The impossibility to separate the copper-cladding from the aluminum cord keeps thieves away.

4. CCAM Wire is light, easy to transport and install, thus saves labor cost

3.Specification

Difference

Resistivity
(20°C)

Measured resistence
(20°C)

Density
(20°C)

Conductivity
(20°C)

Annealed actual tensity

Annealed Tensile Strength

φ/mm

±mm

≤Ω.mm2/km

≤Ω/km

g/cm3

≥%

≥N

≥N/mm2

0.13

0.003

48

3616

2.78

2.7

14

210

 

4. Packaging & Delivery

Packaging Details:

1. Spool size:5inch,8inch,250mm spool,400mm spool;wooden plates;

2. Carton, wooden plates;

3.20GP can put in 18 tons. Or according to customer requirement.

Delivery Detail: Delivery time is 30 days after getting the deposite.

5. Reference Picture

Physical Coating Copper Clad Aluminum Magnesium Wire

Physical Coating Copper Clad Aluminum Magnesium Wire

Physical Coating Copper Clad Aluminum Magnesium Wire

Q: Three parallel wires are each carrying a 4A current. ; wire A) is 6 mm from wire B) which is 3mm from wire C); The current in wires B and C are out of the paper, while A is into the paper. What is the magnitude and direction of the magnetic field halfway between wires A and B?I have tried using Biot-Savart Law but keep getting it wrong can someone please help? I also have an equation for two parallel wires but how do I relate it to two?
You can use the Biot-Savart Law, but it is confusing and kind of a waste of your time and space. For straight wires, someone ALREADY worked out the Biot-Savart Law. See the following link for the result: hyperphysics.phy-astr.gsu.edu/Hba... The formula of interest for us is B = mu0*I/(2*Pi*r) where mu0 is magnetic permeability of free space, I is current, and r is distance from the wire carrying the current. B is the magnetic field due to that PARTICULAR wire. To deal with three wires, use a superposition principle and stack magnetic fields on top of each other. Do be aware of direction: remember the right hand rule. RH rule for magnetic fields in vicinity of wires: point thumb in direction of current, curl fingers to show the magnetic field circulation direction. Use this sign convention: + B is up along page, -B is down along page For Wire A: point of interest is r = d_ab/2 or 0.003 m to the right of wire A Point thumb in to the paper and the finger curl indicates that B_A is downward B_A = -mu0*I_A/(pi*d_ab) For Wire B: point of interest is r = d_ab/2 or 0.003 m to the left of wire B Point thumb out of the paper and the finger curl indicates that B_B is downward B_B = -mu0*I_B/(pi*d_ab) For wire C: point of interest is r = d_ab/2 + d_bc or 0.006 m to the left of wire C Point thumb out of the paper and the finger curl indicates that B_C is downward B_C = -mu0*I_C/(2*pi*(d_ab/2 + d_bc)) Add up: Bnet = B_A + B_B + B_C Bnet = -mu0*I_A/(pi*d_ab) - mu0*I_B/(pi*d_ab) - mu0*I_C/(2*pi*(d_ab/2 + d_bc)) Simplify: Bnet = -mu0/pi*(I_A/d_ab + I_B/d_ab + I_C/(d_ab + 2*d_bc)) data: mu0:=4*Pi*10^(-7) Tesla-m/A; I_A:=4 A; I_B:=4 A; I_C:=4 A; d_ab:=0.006 m;d_bc:=0.003 m; Result: Bnet = -6.667 milliTeslas negative sign indicates downward direction.
Q: well i've been asking for quite sometime on the correct wiring of a bathroom fan up to the same circuit as my light in the bathroom but i believe i've figured out. but i have a question now about the wire guage.the wire guage in the house is the standard solid 12 or 14 i think(house built in 50's) and the the wire that came with the bathroom fan looks a little smaller or about same size but it's braided .it should be fine to splice the two right?
The wires for the fan are probably stranded and twisted, or braided, but you certainly can splice them to solid wire using an insulated wire nut. Just make sure when you put the nut on you don't push the stranded wire off the solid wire, which will result in a not so solid and safe connection.
Q: voltage regulater wires get hot when bike runs 86 yamaha v max. why do they do this?
If the wire connectors at the regulator are corroded or not making a good connection, that can cause the wires to get hot. On my Kaw, I ended up having to remove the connectors and solder the ends together to keep them from getting hot enough to melt the plastic surrounding the connectors.
Q: what do i do? the wire just snapped.
There's not much you can do over the weekend... Just call first thing Monday morning so they can repair it... in the mean time be careful about what you eat... no sticky stuff, etc. Hang in there.. it'll be okay.
Q: I have a 98 RS Eclipse (420a) and i would like some opinions and recommendations for spark plug wires. Who makes the best or very good wires for my engine??
The stock ones are made by Mopar. They fit and work.
Q: I just bought an exhaust tip with leds which needs to be wired up to the brake lights on my mazda 626. Can somebody tell me which colour wire it is (positive) on the wiring to the brake light? There are a few wires and I dont know which one it is! Thanx
Its either red or green,sometimes white if there is a black ground wire.
Q: Can your use the power wire that they sell at home depo to do the big three upgrade or is it better to just get wire from a car audio store?
yup you can use any wire as long as it can handle the amps to calculate take the watts of the amp divide it by the voltage which will be 12 and that will tell you how many amps your wire may need to handle i would double the amps in the end to be safe and if you want to upgrade your system think about even heavier wire the bigger the better
Q: thin wire to make fishing tackle that sharks cannot bite
Buy in store. Help if know what talking about.
Q: i want electrical symbol used in house wiring
wire Straight line, junction box -x switch x with a line Thur it out let sq with dots motors circle with line Thur it the only time I know of a symbol is used is in schematics house wiring just shows where the main box is switches ,lights motors , outlets , voltage
Q: there is a loose wire in my labtop charger wire. can i fix it or prevent it from happening.
Loose wires just happen - from the way a cable is bent, moved, stored,wrapped, etc... I think (providing it doesn't happen right after you get the product) that it's pretty much normal wear and tear over time. You could try to repair it, but it would involve removing the cable sheath and re-attaching the loose wire which may need soldering. You're probably better off just buying a charger. In my experience, cables tend to last longer if you don't tightly wrap or twist them during storage; I generally just loosely fold them.

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