Electro Galvanized Iron Wire With High Quality

Electro Galvanized Iron Wire With High Quality

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Loading Port:: Tianjin

Payment Terms:: TT OR LC

Min Order Qty:: 5 m.t.

Supply Capability:: 100 m.t./month

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Quick Details

Place of Origin:	China (Mainland)	Anti rust:	shinning	Model Number:	YJT--001
Surface Treatment:	Galvanized	Galvanized Technique:	Electro Galvanized	Type:	Loop Tie Wire
Function:	Binding Wire	Wire Gauge:	0.4mm----4.0mm

Packaging & Delivery

Packaging Detail:	1.inside with plastic and out with hession or woven bag 2.with pallet 3.as customer request
Delivery Detail:	depend on amount

Specifications

eletro galvanized wire
1.wire diameter:0.4mm----4.0mm
2.roll weight:0.25kg/roll-----500kg/roll
3.shinning,anti-rust

Galvanized Wire
Wire Gauge	SWG(mm)	BWG(mm)	Metric(mm)
8	4.05	4.19	4.00
9	3.66	3.76	4.00
10	3.25	3.40	3.50
11	2.95	3.05	3.00
12	2.64	2.77	2.80
13	2.34	2.41	2.50
14	2.03	2.11	2.50
15	1.83	1.83	1.80
16	1.63	1.65	1.65
17	1.42	1.47	1.40
18	1.22	1.25	1.20
19	1.02	1.07	1.00
20	0.91	0.84	0.90
21	0.81	0.81	0.80
22	0.71	0.71	0.70

Q: How much wire is required?: Length of wire is L = R*A/p SI units must be used, so convert radius of 1/64in to meters: r = 0.0254 / 64 m (using 25.4mm = 1 inch) r = 3.969*10^-4 m (0.3969mm) So cross-sectional area is A = pi*(3.969*10^-4)^2 m^2 A = 4.95*10^-7 m^2 The average resistivity of nichrome is p = 1.1*10^-6 ohm-meter So the required length of wire is L = 2.2 ohm * 4.95*10^-7 m^2 / 1.1*10^-6 ohm-meter L = 0.990 m

Q: Okay so I just finished replacing a stolen car radio, but I think I messed up the wiring... When I turn off the car the radio doesn't seem to save the presets I had... it resets the whole stereo... I think it has something to do with the wiring I did... When I installed the radio there were two 12+ volt wires... One said 12+ volt constant and was yellow, and the other said 12+ volt switch and was pink... Problem was when I wired only the yellow one the car stereo wouldn't work, so I tried the pink one and that didn't work.. SO thinking I was clever I wired both to the 12+ volt and VOILA the radio turned on... Problem is I don't think that's how I was supposed to wire it... I have a '97 Honda accord Ex and I don't know if that's what I was supposed to do... :#92;: the yellow wire is supposed to go to constant power. the pink wire is supposed to go to a switchable power source. usually an ACC wire.

Q: I already tried wire cutters, and they just bend it!: Need more information: How thick (heavy) is the wire? What's it used for? What kind of wire cutters are you using? Is it one strand or multiple strands?

Q: How can it be possible to create a high voltage and have a small gauge wire? Example: 3gj or 3000mw in a small wire (just an example): Assuming the wires aren't linked, and assuming the voltages are with appreciate to floor. There's no difference between the wires, or as a minimum there need not be any variations. What makes you factor there may be. Voltage is only a knowledge utilized to the wire, through batteries for example. When you have a 1.5 volt battery and a ninety volt battery (that you would be able to purchase these, but steeply-priced) both with the bad tied to floor. Now take 2 small pieces of copper wire, about an inch long. Lay each one on the constructive terminal of one of the crucial batteries. That meets your stipulations. Nothing happens to the wires.

Q: How could you relate greater wire length resulting in greater resistivity to the context of home: Greater wire length will certainly give you a higher resistance. Since heat is measured in watts, and watts (W) =I^2R, where I=Current and R= resistance, then if you double the resistance of a wire (by making it twice as long) you also double the ammount of watts lost in the wire. Since watts equates to heat, this ammount of heat will make the wire hotter. If you use an extension lead, and wind it round a drum, it can get very hot indeed.

Q: In constructing a large mobile, an artist hangs an aluminium sphere of mass 6kg from a vertical steel wire 0.50m long. On the bottom of the sphere he attaches a similar steel wire, from which hae hangs a brass cube of mass 10kg. How would i calculate the tension in each wire?: The length of the wire is inconsequential unless you're calculating stretch. The tensile force in the upper wire is simply: Fu = 6 + 10 = 16 kg The tensile force in the lower wire is simply: Fl = 10 kg If you want tensile stress, then you need the wire's cross-sectional area.

Q: Electron flow in a conducting wire.?I have some confusion regarding the flow of electrons in a wire when voltage is applied across it. Intuitively, i see that when i apply voltage across the ends of the wire say by a battery. The voltage pushes the electrons in the wire. As, a result the electrons flow in straight direction rather than going zig-zag. Some of the electrons reach the positive terminal of the battery, now my query is what happens when the electrons reach the positive terminal.Do they loose all their energy? Also, how is there a constant flow of electrons in the wire because since electrons are flowing constantly from the negative to the positive, is there no instance all the free electrons in the wire have reached the positive terminal? Basically what i mean to say is do the free electrons ever gets extinct? I am sorry if my question sounds stupid but can anyone please explain me a little bit in a conceptual manner?: Well, the wire is connected to a voltage source. When they leave the positive terminal, they go through the wire, then get to the negative terminal. They then flow through the voltage source and back into the wire.

Q: Im wiring my pioneer deh x3600ui to my pontiac grand am gt 2002 directly without a factory harness. Any diagrams out there i can use? The red wire on my pioneer is for the ignition but i cant find that wire on the pontiac.: if u cant find a diagram u can always check the speakers for the colors of the wires and then just try to get a hold a cheap little voltage meter like the one below just to find ur ground, remote, and battery wire.

Q: have a kenmore dryer with 3 wires now had it will not dry need info on wiring it so it will dry: Here is a picture of the wiring for a 3 wire cord. If this doesn't solve the problem, you may have issues with the receptacle. Just out of curiosity, have you checked the vent hose? If it's clogged with lint, the dryer won't be able to breathe, and therefore won't dry. Good luck.

Q: I removed my old door chime/bell a few years ago and replaced it with a wireless one. That one quit working and now I am attempting to install a new wired one again. The only problem is, when I removed my old one way back, I failed to label the existing wires to where they go. I have two wires coming out of my wall mount, one white, one brown and the both have a white and red wire sticking out of them. I am not sure which one/ones will connect to the FRONT and TRANS posts on my new chime. I don't have a rear door bell button so that is not a problem. Which wire goes to the FRONT and TRANS and do I cap off any of the 4 wires? My installation instructions don't cover the mindless mistake of not having the wires labled.: If your old transformer is still working connecting the wires up wrong will burn it out in an instant. I have been there. The safest thing to do is locate your transformer and disconnect all the wires. Take the doorbell off and disconnect the wires. And then you have the chime off as well. Then use a continuity tester (has a battery and lights up or buzzes when the circuit is complete) and find out which wire goes where. You might have to string a temporary wire through the house to complete the circuit from downstairs to upstairs. Once you know which wire goes where you will be connecting a wire from one end of the transformer to the button a line from the button to the chime and a line from the chime to the transformer (a series circuit.) A voltmeter will tell you if the transformer is already burnt out. If you get a new transformer make sure you get one that matches the voltage requirement of the chimes (usually 16 volts.)

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