Galvanized Soft Tie Wire

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Black annealed wire is made of high-quality iron wire, mainly used as tie wire or binding wire in construc

Black annealed wire is made of high-quality iron wire, mainly used as tie wire or binding wire in construction work.
We produce the annealed wire with high-quality low carbon raw materials through wire drawing, anneal process. Its soft and has good stretching resistance. The finished products are smeared with slushing oil. So they are not apt to rust. We can tie up the products according to customers requirements, ranged from1 to 50 kg each bundle. And we can also make the annealed wire into U type carbon steel wire, straight cut wire etc. It is mainly used as tie wire or binding wire in construction.
Standard specification: Wire diameter from 0. 229mm-4. 19mm
Packing: Generally inner plastic and outer flax, of course, we can also pack according to our customers' requirements.

Material:carbon steel wire

Surface:  Black annealed soft wire without oil

Diamter:  16ga,16.5ga,17ga,18ga

Tensile strength:30--50kgs/mm2

Packing:  3.5lbs,3.125lbs,2.5lbs or 3lbs

              16 coils or 20 coils per carton

              24 cartons or 36 cartons or 48 cartons per pallet

              13 pallets or 20 pallets or 24 pallets per 20'GP

Black annealed rebar tie wire is made of iron wire, mainly used as tie wire or binding wire in construction. We can produce annealed wire ranges from 16ga,16.5ga,17ga,18ga , customers orders are also acceptable.

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Q:Question about wires in plugs?
The typical U.S. power distribution system has two hot wires coming into your electric panel, plus a neutral wire. The neutral wire is grounded to earth ground, as is the protective green earth wire. An outlet, carrying 110 volts from one of the hot wires (black), supplies current for the load and it flows back to the transformer on the pole normally via the neutral (white) wire to the center transformer (grounded) tap. The green protective wire does nothing in normal operation. However, should the appliance have a metal outer skin, and the machine develops a short, energizing the outer skin, it will flow through the green ground wire back to the transformer rather than through you and back to the transformer.
Q:Wire Transfer?
A wire transfer is done thru your bank and unless you have it already set up or a bank officer that you work with, you will have to probably go to the bank and sign off on the wire transfer. Other than that, if you have someone who will work with you at your bank, they may fax the needed paperwork to you and accept a fax back. You will need your banks routing number and your account number. Good Luck!
Q:Magnetic field in parallel wires?
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: 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:O2 Simulator wiring help?
The wires should be color coated. Usually if it is a 4 wire o2 there are two white wires and two black wires and the blacks are both grounds. Same should go with the 2 wire o2 the black is usually the ground and the wite is the 12v wire.
Q:Wiring Diagram ASAP HELP!?
It would be easier to install an Line Output Converter on the rear speakers if the sub is going to be in the back. I personally would buy the harness pigtails for the speakers and the speaker harness. This would eliminate the need of cutting the factory wiring. You just pull the plug off the speakers in the back, and plug in the mate plug that will have a 2-wire pigtail that you would wire to LOC. The other plug with the pigtail would be plugged on the speakers.
Q:ways to join wires together?
wires can be welded or brazed (which is a little different than soldering) and mechanically attached (wire nut or screw terminal). THere are some electrically conductive pastes and adhesives. The ends of the wires can be immersed in a container of Hg (but this is getting farther away from common ways).
Q:Wiring new replacement door chime/bell?
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.)
Q:Is it possible to transfer electric power using only one wire?
anyway you need two wires.. that's standard.. and if you can .. evan the ground.. good luck!
Q:what kind of wire can I use?
you need ot use ordinary romex of a guage that will serve the power draw you intend it for and a breaker to match. i fyou already have breakers you intend to use, be sure to use the proper guage of romex so as to not have an electricsal fire. furhter, you usually have to enclose romes, it cannot be exposed along a wall if it comes from the breakerbox. you can get romex in conduit at home depot, etc.
Q:2005 Kia Sorento Wire Diagram?
some amp's have an auto power on when they receive a signal through the input speaker wires. that would give them a power and ground wire only.

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