PVC Coated Iron Wire For Binding the the rebar

PVC Coated Iron Wire For Binding the the rebar System 1

PVC Coated Iron Wire For Binding the the rebar

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Loading Port:: Tianjin

Payment Terms:: TT OR LC

Min Order Qty:: 5 m.t.

Supply Capability:: 1000 m.t./month

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Introduction

The PVC coated wire is made by inner metal and coating. The inner metal can use black iron wire and galvanized wire. Various colors can be provide for you, such as yellow, red, green, white, etc. It is low in cost, corrosion resistance, strong adhesion, good luster, aging resistance and weather resistance.

Colors

Usually are green and black. Other colors like blue, yellow, orange, gray, red also are available. Or as customer’s requests.

Feature

It is relatively low in cost, beautiful and firmly, wear-resistant, corrosion-resistant, crack-resistant, and fire retardant possesses good insulating properties.

Technology

PVC coated wire is widely used in animal breeding, forestry protection, aquaculture, park or zoo fence and stadium.

Application

PVC coated wire is widely used in animal breeding, forestry protection, aquaculture, park or zoo fence and stadium.

PVC Coated Iron Wire For Binding the the rebar

Q:Okay, magnet wire is coated with some red fancy insulation. Is that just an enamel?If so, enamel coated copper wire magnet wire would be the same thing.I want to build a loudspeaker. This what I need?Are the coils used in loudspeakers the same ones used in inductor coils?One interesting question,When Faraday was experimenting with the effects of magnetism on electricity, how in the hell did he figure out the magnetic field increased with the number of turns of copper in his coils!I'm only assuming Faraday didn't have insulated copper wires.Lmao, if they aren't insulated, how in the heck is he suppose to know how much the field is increased. The Coil would just become a big conductor lol: Is that just an enamel? - Yes enamel coated copper wire magnet wire would be the same thing. - They are This what I need? - Yes Are the coils used in loudspeakers the same ones used in inductor coils? - Same principle, different design. The coil in a speaker is an air-wound coil designed to maximise the amount of wire that's sitting in the magnetic field. The ones in induction coils are usually designed to maximise the inductance in a small a space as possible, so they are wound on ferrite or iron cores. I think Faraday's thought process probably went something like I wonder what will happen if I put a lot of turns in the coil. If I use uninsulated wire it will short out, so I'd better insulate it. They didn't make him a Fellow of the Royal Society for nothing. He used cotton insulation. Some of his equipment still exists, and still works.

Q:Im currently running 8 gauge power wire from my battery to my amp which is a hifonics zxi8408 i have it bridged to 2 channels so its pushing 440 watts x2 to 2 alpine type Rs. The current speaker wire im running is 16 gauge.My question is...since im going to go down to 4 gauge power wire, should I lower the speaker wire and get 12 gauge speaker wire also? What will sound the best?: recommended okorder /

Q:wire diagram and manual: a small boats wiring cant be very complicated. If you're needing to replace it get a book called Small Boat Wiring or a similar. If you're trying to find a fault with existing wiring simply trace the existing wires remake all the connections as you go. I suggest you pull the lot out redo it properly. Except for the electric start you dont need super heavy cabling for a small boat. Tinned multi strand wire with a core diameter of about 2 mm is fine. Get a roll of red one of black ( or use red/black figure 8 cable) From the battery fit a service fuse of about 15 - 20 amp in line with the positive cable right near the battery. Use only properly crimped screwed or soldered connections. If the connection is ever likely to get wet then cover the connection with a piece of heatshrink tubing with a good smear of neutral cure silicone inside it. The silicone should squeeze out both ends of the tube when you shrink it. Dont make any joints mid run ( never in the bilges). Make sure the wiring is secured where it is out of the way is neat. Support the wire near the connections. Run from the switch panel to each item as a separate circuit, dont daisy chain. Give each item its own cable including the return (black wire) brought back to the panel. Be neat make a permanent record of what you've done. Fuse each circuit with a fuse rated about 50% above what that item should draw. Always carry plenty of spare fuses.

Q:A wire has resistance 56.8 ohms. If another wire consists of the same material but has twice the length and half the diameter of the first, what is the resistance of the 2nd wire?: Resistance = rho * L/A where rho = resistivity of the material, so it's the same for both wires. You've doubled the length, and you've divided the area by a factor of 2^2 = 4. Calculate rho * (2L)/(0.25A) and compare that to rho * L/A.

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:i need the wire diagram for a kenwood kdcmp4032.... i mainly need to know which wire to hook up the remote wire for an amp.: Blue/white okorder /

Q:Phone wire outside was old is anybody done that, do it your self put a new wire on?, Just curious to know..: Outside wire would feed back to the telephone central office and will either be aerial wire, connected to poles, or buried. Either way it is not feasible for someone other than the telephone company to replace.

Q:When I cross the black wire and ground I get a spark. Isnthis normal?: One you always need a hot wire to operate stuff and to run the circuit. never assume one color wire is the hot wire you never know what someone wired a item or a circuit up with maybe they only had green wire on their truck. I don't care if the wire is red, white, purple, blue , green or black i always to test to see what wires are my hot wires and what wires are line voltage. There are too many people who don't follow code and just wire up stuff how ever they want as long as it works for them. so protect yourself and test everything and wire stuff up right if you don't know how to read a book or get some training like someone else said its not difficult you just have to respect electricity and what it can do.

Q:I know that there are wired routers, and wireless routers. Do wired routers do the same thing as wireless routers, without wireless capabilities?: You are correct. Generally these days your typical router will have one input port (to the Internet) and four output ports, one or more of which can be connected to other computers -- while also having wireless capability. Wiring directly to the router is useful for desktops, servers, and other hardware that may not have wireless capability, while also eliminating any interference that could be associated with wireless routing, such as radio interference or downtime.

Q:I have a 1988 ford econoline, and I'm upgrading my radio. I need a straight up answer, I need to know what the colors for each wire stands for, function wise.: Radio 12v lt. green/crimson + radio harness Radio floor black/orange - radio harness Radio Ignition gray/yellow + radio harness Radio Illumination N/A production facility Amp turn-on N/a skill Antenna N/A LF Speaker +/- orange/lt. grn - lt. blue/wht +,- radio harness RF Speaker +/- white/lt. grn - dk. green/org +,- radio harness LR Speaker +/- gray/lt. blue - tan/yellow +,- radio harness RR Speaker +/- orange/pink - brown/crimson

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