Iron Wire For Fencing

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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: 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: When making pc boards with microcontrollers, oscillators, etc.. What is the right kind of wiring to use? Specifically:What material (e.g. copper)?What thickness?What brand?Where to buy?What's the difference between the stiff wire and easily bendable wire?Thanks.: I don't mean to piggyback on his question but I'm also doing a project. Making a solar phone charger... My first project really but I have one solar panel 5V max output, but when soldered only gives out 2.8... Sending it to a mini buck booster but that needs at least 2.6 to work. I am just using simple stranded speaker wire, and admittedly the soldering skill needs work. But what kind of wire would I use

Q: at least 3 examples for wire and wireless......: Wire simplex: Serial data from GPS to PC or autopilot using 2 wires. Wire, half duplex: Theatrical intercom, with push to talk buttons for each spotlight operator. Wire, full duplex: telephone. Wireless, simplex: infrared remote control for TV. Wireless, half duplex: walkie-talkie, family radio service, cb radio. Wireless, full duplex cellphone, cordless phone.

Q: I bought these speakers and I was wondering what kind of wiring do I need to get to wire them to the amp?: Wire okorder /Product/Product.as...

Q: Two wires, 2.44 m apart, both carry current 2.2 A toward the bottom of the screen. The right wire is extremely long, and the left wire is 0.36 m long. What is the magnetic force on the left wire?: Magnetic force, F = BIL --------(1) where B is the magnetic flux density of the magnetic field caused by the right wire, acting perpendicularly to the left wire in Tesla I is the current in the left wire in Amperes L is the length of the left wire in metres To find B (due to the right wire), you have to use the formula B = (?0)(I)/(2πr) -----(2) where the I in this case is the current in the right wire, r is the distance between the two wires, and ?0 is the permeability of free space, numerically defined as ?0 = 4π×10?7 using eqn (2) so B (due to right wire) = (?0x2.2)/(2πx2.44) = 1.8x10^-7 T using eqn (1) and the value of B calculated above F = (1.8x10^-7 x 2.2 x 0.36) = 1.43x10-7 N

Q: i am installing a headunit, i connected all the wires the match, but i have some left over that i am confused about. from the wires that plug into the radio there is the antenna wire, the remote wire, and the ground with a washer to screw it down, and from the other is set of wires is a solid orange wire, which i have no idea where it goes to. so i connected the remote to the orange wire and didn't hook up the antenna to anything, and bolted down the ground wire. I'm wondering why i have 2 ground wires, and what the orange wire is and what do i connect to it?: The orange wire may be an illumination wire that controls the illumination or brightness of the head unit's lights when the car's headlights are turned on. You have two grounds because one is a chassis ground used to ground the metal frame on your head unit to the car's ground. Your head unit may or may not have an input for the illumination wire, in which case you need to remove it. I would also ground the head unit's frame using the second ground wire. Try looking online for the pinouts for your particular car's factory head unit. This will take the guesswork out of the install.

Q: i heard there are many diferent copper wire but i only know 2 kinds.1 is for eletric and the other is for crafts.So what else is there?: Copper wire is a metal and is used in electric and electronics compounds. so, that it can flow electricity very easily as it is a good conductor of elctricity, this is a type of a metal in which there are many type of content present in the same and it is cadmium free copper as well as also know with the name Electrolyte Copper which is 100% pure. There are many types of copper wire like:- Plain copper wire Tin-coated copper wire Braided copper wire Tinsel copper wire Bunched copper wire Braided copper wire etc.. To know more about copper wires in detail visit this link:-

Q: Why is it that some wires get hot,having electricity flow throught them,while others don't?And why is it that when there is a lot of resistance in a wire, that it doesn't get hot?Why does the length of a wire has an effect on the temperature of that wire, and how exactly?: The temperature of a conductor(wire) is directly proportional to the resistance of the conductor and directly proportional to the current flowing through the wire. high resistance and high current high temperature high resistance and low current lower temperature low resistance and high current lower temperature A cool wire with low temperature either doesn't have a current through it or very low current The longer a given wire the higher the resistance( see number one answer)

Q: i have an amp (sony xm 2002gtr) that says it requires 4 gauge wire..but they cost $100+ and i have plenty of 8 gauge wires. can i use two 8 gauge wires as a substitute for one 4 gauge wire?and also, i have my capacitor grounded to unpainted metal of my car AND the ground port of my amp..is that incorrect?: Two 8-gauge wires combined are equal to a 5-gauge wire, but that should be close enough for that amp. Make sure each wire has its own fuse near the battery; 40-amp fuses would be a good choice. If you capacitor is connected to ground, and your amp is grounded, then you don't really need a wire between the capacitor's ground terminal and the amp's ground terminal. It doesn't hurt anything, though. If the only ground wire at the amp is the one that runs to the capacitor, then you're better off connecting the amp ground directly to chassis metal.

Q: This is the typical Physics problem with the wire and boom connected to a wall with a mass hanging on the end of the wire.Does the tension in the wire increase or decrease when the wire is connected higher on the wall (meaning the angle between the wire and the boom increases).: Assuming the boom is free to pivot at the wall, and a massless wire, the tension in the wire decreases as the attachment point is moved further up the wall away from the boom. There is a constant vertical force (the weight of the boom and the mass attached to its end) that is a constant component of the tension in the wire. The tension must increase to maintain this constant upward force as the wire approaches the pivot point, because the vertical component of tension is the tension multiplied by the sine of the angle between the wire and the boom. As the angle approaches zero, the tension required to support the boom approaches infinity. Conversely, as you move the end of the wire higher up on the wall, the tension decreases, approaching the combined weight of the boom and the suspended mass as the wire approaches being parallel with the wall. So imagine a sign attached to the side of a skyscraper at street level supported by a wire extending to the top of the building. There will be almost no horizontal component to the tension in the wire and the vertical component will just be the sum of the weight of the wire, the boom, and the attached mass.

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