Hot Dipped Galvanized Iron Wire Galvanized Iron Wire Binding Wire

Ref Price:
$400.00 - 500.00 / m.t.
Loading Port:
China main port
Payment Terms:
TT or LC
Min Order Qty:
25 m.t.
Supply Capability:
25000000 m.t./month

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Product Description:

1.Hot Dipped Galvanized Iron Wire Galvanized Iron Wire Binding Wire Description:

Galvanized Iron Wire has the characteristics of thick zinc coating, good corrosion resistance, firm zinc coating, etc. 

Galvanized Iron Wire mainly used in construction, express way fencing, binding of flowers and wire mesh weaving. Galvanized iron wire according to manufacturing technique, it includes hot-dipped galvanized iron wire and electro galvanized iron wire. Mainly telecommunication equipment and materials, medical equipment and device, weaving of wire mesh, steel rope, and filtration mesh, high-pressure pipe, construction, arts and crafts.

2.Main Features of Hot Dipped Galvanized Iron Wire Galvanized Iron Wire Binding Wire

• Use widely

• Corrosion- resistant

• Durable 

• Practical use

• Beauty Surface

• Versatile

3. Hot Dipped Galvanized Iron Wire Galvanized Iron Wire Binding Wire  Images

Hot Dipped Galvanized Iron Wire Galvanized Iron Wire Binding WireHot Dipped Galvanized Iron Wire Galvanized Iron Wire Binding Wire

Hot Dipped Galvanized Iron Wire Galvanized Iron Wire Binding WireHot Dipped Galvanized Iron Wire Galvanized Iron Wire Binding Wire

4.Hot Dipped Galvanized Iron Wire Galvanized Iron Wire Binding Wire Specification

Hot Dipped Galvanized Iron Wire Galvanized Iron Wire Binding Wire

 

 5.FAQ

We have organized several common questions for our clientsmay help you sincerely 

 

How about your products

One of the most biggest manufacturer & supplier of wires and wire meshis a large-scale professional Hot Dipped Galvanized Iron Wire Galvanized Iron Wire Binding Wire  factory in China. Annually more than 10000 tons wires and wire mesh are exported to markets all over the world. Different kinds of wires and mesh are available according to customer’s requirements. 

 

What is your Technical Information of Hot Dipped Galvanized Iron Wire Galvanized Iron Wire Binding Wire ?

1).Material: super carbon steel

2).Processing by drawing, hot-dip zinc-plating

3).Standard wire gauge from 8# to 24#

4).Thick zinc-coating layer

5).Super in corrosion resistance

6).Firm coating layer

7).Custom size available

 

How long can we receive the product after payment?

In the purchase of Hot Dipped Galvanized Iron Wire Galvanized Iron Wire Binding Wire within three working days, We will arrange the factory delivery as soon as possible. The pacific time of receiving is related to the state and position of customers. Commonly 15 to 20 working days can be served.

 

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Q:How do i wire a ceiling fan?
Q:wiring a new thermostat?
This is an educated guess, even though we don't know how the furnace is wired. In many cases, the blue wire is used for C (common). Tape off or snip off the end of the blue wire and don't use it. Put the red wire on the RC terminal. Jump RC to R or RH if you have heat. Connect the other wires to their corresponding terminals. If blue is common, there's a good chance you blew the fuse on the control board (if your air handler has one) and/or you fried the transformer. That is, if you tried turning on the A/C.
Q:Something that can convert RCA to speaker wire?
You can't connect speakers directly to a turntable preamp. You need an amp.
Q:Chevy crew cab rear speaker wires?
a generic AC voltmeter is designed to study 50/60 Hz Ac from the mains, no longer audio voltage, so do no longer count number on that analyzing. an ordinary element to do is in basic terms swop over factors. you have tried the audio equipment with yet another radio and that they artwork, now try yet another radio on your automobile with your audio equipment, in the event that they do no longer artwork, it leaves in basic terms the speaker wires. in the event that they do artwork, this is the radio. Oops i'm forgetting there could be a separate amp, so which you will could desire to objective yet another amp too to get rid of the defective ingredient. Do the element it somewhat is least complicated first with any success you will no longer ought to do each and every thing.
Q:2001 Chevy Silverado 1500 wiring diagram?
Speaker Wiring Diagram
Q:Are WIRES expensive? ........?
Copper wire is probably the most expensive, but you only need 3 feet of it. Best to buy it by the foot and not by the reel. Home Depot has it. Or you can find it online (OKorder for example) as scrap wire but then you've got wait time, shipping, etc. If you know the gauge (thickness) you need, Home Depot will tell you on the phone how much it would be for 3 ft.
Q:Wire tension physics question?
Problem 1: If the tension in the two wires are equal, the angle they make with the horizontal must also be equal. Always remember that a horizontal line is a straight angle; hence, it has a measurement of 180°. Let's look for the angle the wires make with the horizontal. 130 + x + x = 180 130 + 2x = 180 2x = 180 - 130 2x = 50 (Divide both sides by 2) x = 25° Each wire makes a 25° angle with the horizontal. We can now find the tension. The mass must be divided by 2. Using trigonometry, let's find the tension force. The divided weight of the lamp shall be the opposite side, and the tension force shall be the hypotenuse. sin 25° = (200 / 2) / Ftens Ftens = 100 / sin 25° Ftens = 236.62 N (Answer) The tension is 236.62 N in each wire. Problem 2: We use the same approach. 100 + x + x = 180 100 + 2x = 180 2x = 180 - 100 2x = 80 (Divide both sides by 2) x = 40° Each wire makes a 40° angle with the horizontal. Calculate the tension force. sin 40° = (200 / 2) / Ftens Ftens = 100 / sin 40° Ftens = 155.57 N (Answer) The tension is 155.57 N in each wire. Hope this helps!
Q:magnitude and current in two parallel wires?
If the magnetic field at 2.2cm is zero it means that at that distance the fields produced by the two wires cancel out. At 2.2cm from the first wire the field strength is B= uI/ 2pi r ... . where u is the permitivity of free space, 4.0 x 10^-7 N/A^2 B= (4.0 x 10^-7 N/A^2)( 2 A)/ 2(3.14)(0.022m) B=( 8 x10^-7)/(0.138) B= 5.79 x 10^-6 Tesla The magnitude of the magnetic field from the other wire must be equal in magnitude at 3.8cm away (6- 2.2) and opposite in direction. Using the right hand rule (thumb points in direction of current and fingers curl around the wire to show the direction of the magnetic field) you can see that for the magnetic fields to be in opposite direction between the two wires the current must be flowing in the same direction as the first wire. Using the formula for magnetic field strength you can then determine the current needed. 5.79 x10^-6 T= (4.0 x 10^-7) I/ 2 (3.14)(0.038m) THen solve for I I= (5.79 x 10^-6 T)(2)(3.14)(0.038m)/ 4.0 x 10^-7) I= 3.45 A Therefore there is a current of 3.45A in the wire and it is flowing in the same direction as the first.
Q:3 black wires, 3 white wires, one red wire light fixture?
USA Sounds to me that what you have is 1 two conductor (black/white) cable as a power feed, 1 two conductor tap taking power somewhere else, and 1 three conductor (black, white, red) taking power to and back from a switch. All the whites get joined together, with a pigtail to the light. Make sure you have a tester. Find the black wire that is always energized, and mark it. Find the black and red that are in the same cable; mark them. I think what you have is they ran power to the light instead of the switch, then took the power down to the switch on the black conductor, and back from the switch to the light on the red conductor. Take the black that is always hot, and splice it to the other two blacks. Do not take it to the light. Hook the red to the light. If this does not work, reverse the red and black that go to the switch. This will take power to the switch on the red, and back from the switch on the black.
Q:Electrical wiring help!?
No. If the wire had been too thin, the light would still have lit and the wire would have become warm if you were passing too high a current through it. The wire will only carry the current demanded by the load. An internal lamp draws very little current. If the lamp didn't light, it was for other reasons, not the thickness of the wire.

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