Galvanized U Type Iron Wire for Construction And High Quality

Galvanized U Type Iron Wire for Construction And High Quality System 1

Galvanized U Type Iron Wire for Construction And High Quality

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Loading Port:: Tianjin

Payment Terms:: TT OR LC

Min Order Qty:: 5 m.t.

Supply Capability:: 10000 m.t./month

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Item specifice

Material:

Galvanized Iron Wire,Galvanized Steel Wire,Iron Wire

Cross Sectional Shape:

Round

Application:

Construction Wire Mesh,Protectiong Mesh,Fence Mesh,Decorative Mesh,Gabion Mesh,Window Curtain,Barbecue Wire Mesh,Cages

Type:

Galvanized

Wild in Width:

1.1M

Surface Treatment:

Black

Metal Wire Drawing:

Cold Drawing

Status:

Hard State

Thickness:

Metal Thick Wire

Galvanized Technique:

Electro Galvanized,Hot Dipped Galvanized

U type cutting binding wire

Electro galvanized iron wire is made with choice mild steel, through wire drawing, wire galvanizing and other processes. Electro galvanized iron wire has the characteristics of zinc coating, good corrosion resistance, firm zinc coating, etc. It's mainly used in construction, express way fencing, binding of flowers and wire mesh weaving.

Galvanized U Type Wire/Hanger Wire/Cut Binding Wire for Construction

1 . Wire Gauge : 0.7 mm --- 5.0 mm

2 . Surface : black or electro galvanized or hot dipped galvanized or pvc coated

3 . Length : 250 mm --- 3000 mm

4 . Packing : bundles or cartons and pallet

5 . Application : making welded wire mesh or making hangers or constrution mateiral

6 . Raw material : Q195 low carbon steel

7 . PVC Color : green or bule or yellow or white or black

8 . Zinc coating : 10- 20 g / mm2 or 40-60 g / mm2

9 . Feature : hard and soft

Galvanized U Type Iron Wire (YB-wire 6)
U Type Iron Wire

1. Mainly used for bundling up building materials or daily use items.

2. U type iron wire is made from galvanized wire, electro galvanized or hot-DIP galvanized or black iron wire.

SWG mm	BWG mm		SWG mm	BWG mm
4#	5.893	6.045	20#	0.914	0.889
5#	5.385	5.588	21#	0.813	0.813
6#	4.877	5.156	22#	0.711	0.711
7#	4.47	4.572	23#	0.61	0.635
8#	4.064	4.191	24#	0.559	0.559
9#	3.658	3.759	25#	0.508	0.508
10#	3.251	3.404	26#	0.457	0.457
11#	2.946	3.048	27#	0.417	0.406
12#	2.642	2.769	28#	0.376	0.356
13#	2.337	2.413	29#	0.345	0.33
14#	2.032	2.108	30#	0.315	0.305
15#	1.829	1.829	31#	0.295	0.254
16#	1.626	1.651	32#	0.274	0.229
17#	1.422	1.473	33#	0.254	0.203
18#	1.219	1.245	34#	0.234	0.178
19#	1.016	1.067	35#	0.213	0.127

Q:The output part of wire plastic and part of wire broken, and the connection lost sometimes, some taps used to wrap up but the connection is still not good.How to fix it permanently?: Get a new one right away, had the same problem and it was actually burning the wiring inside my computer

Q:How do you properly wrap copper wires? We have been using electrical tape and it's melting the tape. This is in a camper, and it's in the electrical box. We're using this tape because the wires kept touching and arcing off of each other...I'm guessing :/: If the wire is not heavy enough it will heat up from the amount of current through it. If there is a short circuit somewhere, the wires will heat up regardless. It may not be rocket science, but it certainly is electrical engineering.

Q:what do i do? the wire just snapped.: If the wire is broken but still attached to your brackets and it isn't moving you could put a piece of wax or gum over where the sharp part is to prevent you from catching your cheeks or lips on it. If it's too loose and about to fall out then try gently sliding the wire out from under the bands around the brackets (only if you really have to). Make an appointment to your orthodontist as soon as they can get you in because that isn't fun to have to put up with. Please don't chew on anything hard like candy or it might make the weakened bracket pop off which might make for a longer appointment. Stick with soft foods 'till you can get it fixed. I had them for 4 years! Now I work in a dental office. Just take it easy, don't worry too much. :)

Q:I attempted to change a bathroom fan to a new one with the help of a friend. He disconnected all the wiring without paying attention to what he was doing and what was wired where. We have a set of wires coming from somewhere (I presume the fuse box) to the fan that is hot regardless of the switch being on or off. That has a black, white and naked wire in it. Then we have another wire that comes from the switch that has black, white and naked as well. The fan has black, white and green. Can someone please tell me how to connect these as we have tried everything and the only thing that works is wired to the constant hot which of course won't allow us to turn the fan off with the switch...: 1) Turn off the power. 2) Install the fan completely into desired location. 3) Insert both wires into fan's junction box. 4) Twist the two bare wires together, install crimp sleeve onto them at the twist. 5) Find the green screw and connect ONE of these bare wires under it and tighten it down. 6) Cut the OTHER excess wire and fold all this connection up into the junction box. 7) Take the white wire that is coming from the (I presume the fuse box) , and connect it to the white wire that goes to the fan itself. Strip 1/2 of insulation and twist the wires together, install a wire-nut and fold this into the fan's junction box. 8) Take the black wire that comes from the switch and connect it to the black wire that goes to the fan itself. Strip 1/2 of insulation, twist the wires together, install a wire-nut and fold this into the fan's junction box. 9) All that's left is the black wire that is coming from the (I presume the fuse box) , and the white wire that comes from the switch. Strip 1/2 of insulation, twist the wires together, install a wire-nut. 10) Take a black Sharpie pen and color this connection's white wire black and fold this into the fan's junction box. This is known as a switch-leg. 11) Restore power and test. I will you with these two thoughts: 1) It is always best to hire a pro for this type of work. 2) Good luck and may God bless.

Q:What does insulated wire do?How does it differ from regular wire used on breadboards?: Insulated wire is .... insulated. That is, it has a layer of plastic or rubber around it so that there is no exposed metal (except at the ends) and thus minimizes the shock hazard, and also helps prevent accidental shorts between wires. Non insulated wire is bare, it has no insulation, it's just a thin copper bar. You can use either on breadboards, so I don't know what you mean by regular wire. .

Q:A wire is 1.5 m ong and has a diameter of 1.5 mm. The stretch modulus of the wire is 6.2 x 10^10 n/m^2. If a force of 400 N is applied to end of the wire, then the increase in length of wire is??please help, thanks: The stretching of wire by longitudinal force: If F force applied across the crosectional area A of wire of radius r and lenght L then the wire elaogates in the dirextion of force Stress P = F / A A = pi* r^2 = (1.5/2)*10^-3 = 7.5 *10^-4 m^2 strain produced = dL / L = increase in length / original L Young's modulus or elastic (stretch) modulus for the maretial, within elastic limits, Y = stress/strain strain = stress / Y dL = F * L / A * Y = F * L / pi (r^2) * Y dL = 400* 1.5 / 3.14 (7.5 *10^-4)^2 * 6.2*10^10) meter dL = 0.005479 * meter dL = 5.479 millimeters increase in length

Q:You have been given two samples of wire: one nichrome, one aluminum. Describe a procedure you could use to determine which sample was nichrome and which was aluminum: If the wires are the same diameter and the same length then the only difference is the resistivity or ?ρ? of each since: ??Resistance = ρ???L ? A = 4???L ? (π???d)? ??????where??L = wire length ??and???A = cross-sectional area of wire ??or use??d = wire diameter Since the ρ_nichrome is much higher than the ρ_aluminum and given the two wires are the same diameter and length then if you connect the two wires in series across a battery, and measure the voltage across each wire, the wire with the higher voltage will be the nichrome wire because the voltage across the nichrome wire is:?V? = i???(R?) and the voltage across the aluminum wire is: ?Va = i???(Ra)? and the current i is the same through both wires and R? Ra ... or if you can just measure the resistance of each wire, ... the nichrome wire will have a higher value.

Q:i know what spark plugs are but what are plug wires and the purpose of getting them. what do the plug wires do? someone told me that it was time to get spark plugs and plug wires replaced on my 2000 impala.: it's part of a regular tune up. you want them get replaced regularly to maintain optimum performance of your vehicle. the spark plugs generate the spark to ignite the gasoline that runs your engine. new spark plug wires work much better than old ones and will get the best out of your car.

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): The limit on the size of current carrying conductor is the heat produced due to power losses which leads to failure of the conductor, the power losses depends mainly on the square of the current (P=I^2R) so in power transmission voltage is being stepped-up to high values to decrease current and, in turn, the conductor size is reduced. Theoretically we could step-up the voltage to extremely high values and thus we could have a very thin wire to carry the small current because P=VI so at constant power as voltage V increases the current I decreases. But there are also limits for stepping up voltage as the insulation is directly affected by the voltage. In case of insultaed cables, the insulating material (PVC or XLPE) will fail if the voltage reaches its Break-down Voltage. In case of overhead transmission lines (OHTLs) the conductors are insulated by air between phases and the suspended disk insulators each has their own breakdown voltages. It should be noted that safety regulations determine a safe distance of 1 cm per Kv that you should keep from high voltage conductor. This means that for a consductors carries voltage of 500kv you should allow a distance of 5 meters away from it for your safety as its magnetic effect is not exlusive on its surface but for a distance around it proportional with the voltage.

Q:Hello, i am trying to hook up power windows in my truck. the motor has two wires and the switch has 3 wires. i just need the relay. i just need to know what kind of relay i need and how to hook it up. i know i need a reversing relay and that it needs to use the 3 switch wires along with the two motor wires and the two power wires. does anyone know what this relay is called and where i could find it online? thank you.: a 3 phase motor has 3 windings whose centers are separated by 120° mechanically. The phases in a 3-phase system are separated by 120° electrically. The sum of the magnetic fields produced by these currents has a constant magnitude, and rotates the direction determined by connection of the phase wires. Arbitrarily giving ABC as one direction of rotation, then BAC = ACB = CBA reverses the rotation of the field in the motor, reversing its rotation.

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