Hot Dip Galv. Wire

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(1) Quality : Meet GB/T 343 standard and other requirements of relevant standards .

(2) Zinc Coating: Meet GB/T 15393 standard and other requirements of relevant standards .

(3) Raw Material : Wire rod ——1006 , 1008 , 1018 , Q195 , etc, and zinc with 99.995% purity.

(4) Tensile Strength Range

Size (mm)	Tensile Strength (mpa)
0.15-1.60	290-550
0.65-1.60	400-550
1.61-6.00	400-1200

(5) Application : Used in wire mesh , artware , metal hose , binding for agriculture and construction , etc.

(6) Packing

Size (mm)	Coil Size	Spool Packing	Big Coil Packing
Size (mm)	Coil Size	Spool Packing	ID (mm)	OD (mm)
0.15-0.26	6 inch	1-14kg/spool
0.27-0.60	8 inch	1-100kg/spool
0.61-1.60	12/14/16 inch	1-100kg/spool	250-400	400-770
1.61-6.00		14-500kg/spool	450	800
1.61-6.00		14-500kg/spool	508	840

(7) Zinc Coating

Meet GB/T 15393 standard.

Size (mm)	Weight of Zinc-Coating ( g/m2 )
	A		AB	B	C	D	E	F
	A1	B2
≤0.25			30	20	18
>0.25-0.40				30	25	20
>0.40-0.50					30	20
>0.50-0.60					35	20
>0.60-0.80	120	110			40	20
>0.80-1.00	150	130			45	25
>1.00-1.20	180	150			50	25
>1.20-1.40	200	160			50	25
>1.40-1.60	220	180			50	35	30
>1.60-1.80	220	180			70	40	30
>1.80-2.20	230	200			80	50	40
>2.20-2.50	240	210			80	55	40
>2.50-3.00	250	230			90	70	45
>3.00-4.00	270	250			100	85	60	30
>4.00-5.20	290	270			110	95	70	40
>5.20-6.00	290	270	245		110	100	80	50

Q: ok, so i love making jewelry, and probably a year ago i went to michael's bought a roll-type thing of really soft, really, really thin silvery wire. a couple of days ago i went to michael's again and it wasn't there.as i said, the wire that i had is very thin, very soft, and also after you bend it, it won't snap back- it actually will never go back to being completely straight, even if you try to make it do that.is memory wire what i should be looking for?does anyone have any suggestions to what kind of wire i should get?: Hi - I hope this information helps you - Beadalon? Remembrance? is thin, tempered stainless steel wire that is used as a beading medium. The wire is corrosion resistant and will resist tarnishing. Like a spring, Remembrance wire is rigid and snaps back to its original form when expanded and released. The wire remembers its shape and retains its coil form. Sterling Silver Wires To choose the right kind of silver wire for your project, you should know how you want the piece to look and what kind of piece you are creating. You will need to consider both the hardness of the wire and the gauge of the wire. There are three kinds of sterling silver wire. They are: Dead soft, half hard and full hard. Dead soft wire is very easy to bend. It can be better for wire wrapping or for making wire beads but will often not hold shapes intended for wire wrapping. Dead soft silver wire is usually used by people who work silver because it hardens as its shaped and hammered. Half hard sterling wire is stronger than dead soft but is still quite malleable. It is excellent in wire wrapping smaller or heavier beads and is a good choice for beading and jewelry making projects. Full hard silver wire is hard to use and bend and not necessarily recommended for jewelry making - at least for a hobbyist.

Q: I'm cutting 18 gauge wire, so I can run valve wires to the timer in the garage. The plastic casing over the wire is pretty thick, so I had to squeeze hard. I accidentally cut into the color casing of the actual wire inside, so I want to start over. How can I cut this wire away, and start again?: Use a utility knife and cut around the casing then strip it off. Or run out to Home Depot and get yourself a wire cutter stripper tool.

Q: I want to connect one of my rear sony speakers along the baseboard to my receiver. The specs say that the wire comes with 4 terminal blocks, with 4 connections on each terminal. My question is what will connect to what? Will the speaker attach the the flat wire cable that will attach to the original speaker cable which will connect to the receiver? It will be much appreciated.: The flat wire is what you run under carpets, along baseboards, etc. The four wires allow you to run a pair of speaker wires (two sets of two) from your receiver to the general location where the speakers will be. The terminal blocks allow you to run regular speaker wires from the receiver to the flat wire. The terminal block at the other end then lets you run speaker wire from a terminal block at the other end of the flat wire to the pair of speakers that wire feeds. It doesn't matter which wire goes to which speaker, as long as you wire it up correctly. That is, you can have the first terminal be the + wire for the first speaker, the second the - wire for that speaker, and the third and fourth wires being the + and - wires for the second speaker.

Q: You have a 3 foot wide wire, vs a .3 inch wire. They are equal length. There is 3 volts going through each wire, to power your 1 volt LED. So, would the 3 foot wide wire have less resistance ? I don't even think it would work.: When I started out, I found that the water analogy was helpful. Water flow (through a pipe) represents the electrons flowing (= current). The pipe represents the wire. It's hard to push a high flowrate of water through a small pipe (say like a drinking straw), but easy through a large-diameter pipe. The small pipe shows high resistance to flow, the large pipe shows little resistance to flow. Electrical current works the similarly, for electrons flowing through the wire. In electrical circuits, voltage corresponds to pressure. Are you aware that to push 1A through a wire of resistance 1 ohm requires a voltage drop across the wire of 1V? And that if you increase that voltage to 2V (from 1V), twice the current will flow (=2A), even though the resistance stays the same? If you had two of those wires (connected in parallel), you could push 1A through each wire by applying 1V across each wire. That would total 2A without having to increase the voltage. Well, that essentially is what a larger-diameter wire is, it's the equivalent of taking two (or more) smaller wires and melding their cross sections together into that of a single wire. But since it now takes only 1V to push 2A instead of 2V, it appears that the resistance is half as much, as in 0.5ohms, when using both wires. From that you can conclude that larger-diameter wires have lower resistance. Hope that helps. Later you will discover that the water analogy doesn't match perfectly well since its pressure relationship is highly non-linear, whereas the electrical relationship tends to be highly linear. Also, we generally don't push water back-and-forth in pipes the way some electrical circuits use alternating current. That's a heads-up that the water analogy will fail to explain some of the electrical things you'll run into.

Q: I need someone's help on wiring my new JVC radio to its harness for a 1991 Chevrolet S10. Please Ty very much.: Chevy S10 Radio Wiring Diagram

Q: coil wiring diagram: The two small wires are positive and negative. Most are color coded and if it's a OEM part, the negative will be the same color as the group of smaller wires connected to the negative battery cable. Each manufacturer uses different color codes and for instance, Kawasaki uses black with yellow stripe. The other wire will go to the positive side. If the coil doesn't have wire coming out if it, it may have a + or - sign by the terminals. In actuality, it doesn't really matter which way you hook it up because a coil doesn't really care which way the electricity travels. It's the collapsing magnetic field that creates the spark and not the direction or movement of electricity.

Q: A toy of 2.8N is suspended by two wires from a horizontal beam.One wire is 40 degrees to the vertical of the beam.The other is at 60 degrees to the beam.What is the tension in each wire?: The horizontal tensions in the two wires must be equal. The vertical tensions must add to 2.8N. Let the tension in the wires be t1 and t2. t1 * sin(40) <== horizontal tension in wire 1 t1 * cos(40) <== vertical tension in wire 1 t2 * sin(60) <== vertical tension in wire 2 t2 * cos(60) <== horizontal tension in wire 2 t1^2 = (horizontal tension in wire 1)^2 + (vertical tension in wire 1)^2 t2^2 = (horizontal tension in wire 2)^2 + (vertical tension in wire 2)^2

Q: 2.4) A wire has a resistance of 19.2 . It is melted down, and from the same volume of metal a new wire is made that is 5 times longer than the original wire. What is the resistance of the new wire?: the quantity of twine ought to stay the comparable that's A L, so once you double L you decrease A in 0.5. Resistance = Rho L/A, so the recent twine has 4 cases the resistance or 20 ohms.

Q: What is a tubeless wire and how does it work?: It is a wire without a tube. It works properly, it has a larger section than the usual wires, but is cheaper (Al is cheaper than Cu).

Q: But when I look closely (you can't see it in the picture unfortunately) there are some tiny wisps of the coiled copper wire that looks as if it could have been connected to the pulled wire. I'm not sure.How do I connect the wires to make the headsets work again?If you guys need more pictures, please tell me.Thanks in advance!: If the twine is broken (open-circuit), rewiring it would artwork. the wonderful thank you to rewire it would be to strip the wires and solder them back at the same time. i might additionally attempt to untwist the twine as much as conceivable till now attempting this. in case you do not have get entry to the soldering kit, attempt twisting the wires back at the same time tightly and wrapping with electric tape. in case you ought to do it this style, it is going to probable no longer postpone for extremely long. reliable success!

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