• Galvanized or PVC Coated Barbed Iron Wire in Hotsales System 1
  • Galvanized or PVC Coated Barbed Iron Wire in Hotsales System 2
  • Galvanized or PVC Coated Barbed Iron Wire in Hotsales System 3
Galvanized or PVC Coated Barbed Iron Wire in Hotsales

Galvanized or PVC Coated Barbed Iron Wire in Hotsales

Ref Price:
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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
2 m.t
Supply Capability:
5000 m.t/month

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Specification

Material:
Stainless Steel Wire,Galvanized Iron Wire,PVC Coated Steel Wire
Cross Sectional Shape:
Round
Application:
Protectiong Mesh,Fence Mesh
Wild in Width:
1.1M
Surface Treatment:
PVC Coated
Metal Wire Drawing:
Cold Drawing
Status:
Hard State
Thickness:
Metal Thick Wire
Galvanized Technique:
Electro Galvanized,Hot Dipped Galvanized

Product Description

Material: High quality low carbon steel wire,Stainless steel wire,Medium carbon steel wire(Galvanized,Plastic coated,Plastic sprayed)

 

Type:double twisted barbed wire,general barbed wire,single strand barbed wire. PVC barbed wire,stoving varnish barbed wire.

Performance and Characteristic:By twisting and weaving, firm and beautiful.

 

Application: as barrier for industry,agriculture,animal husbandry,express way,tree.

 

Specification of barbed wire

Common specs:10#*10#, 12#*12#,12#*14#,14#*14#,14#*16#,16#*16#,16#*18#

 

Barbed distance:7.5--15/cm

 

Barbed length:1.5--3/cm

Hotsales Galvanized or PVC Barbed Iron Wire
Hotsales Galvanized or PVC Barbed Iron Wire

Barbed Wire Specification
TypeWire Gauge (SWG)Barb Distance (cm)Barb Length (cm)
Electric Galvanized Barbed Wire; Hot-dip zinc plating barbed wire10# x 12#7.5-151.5-3
12# x 12#
12# x 14#
14# x 14#
14# x 16#
16# x 16#
16# x 18#
PVC coated barbed wire;
PE barbed wire
before coatingafter coating7.5-151.5-3
1.0mm-3.5mm1.4mm-4.0mm
BWG11#-20#BWG8#-17#
SWG11#-20#SWG8#-17#
PVCPEcoating thickness: 0.4mm-0.6mm; different colors or length are available at customers request.


Q: Hi there,I have a very old house which only has 2 wires (1 white, 1 black) coming out of the wall.The ceiling fan / light has 2 red wires, 1 black, 1 green.What is right way to wire for this to operate?Thanks,
Most fans have a wiring schematic and this will tell you how to wire it. Normally black is the power, green is a ground, which you don't have, and as for the red wires I'm not sure. Is this a new fan or one that has been used before. In the USA we have a white wire which is a neutral. I'm puzzled about the two red wires, these may have been added at a later date. If your in a country that has 240 volts then this may be an explanation. Regards, Dale
Q: So I customized my guitar, and now I need to wire it. i have a pre-wired pickguard but I don't know how to actually hook it up. There's 3 wires. I have 2 humbuckers, 1 singlecoil, 1 tone, and 1 volume. All I know is that one wire gets soldered to the back where the springs are and another wire goes to the input jack. But there's a 3rd wire and I don't know where it goes. I don't even know which wire goes to what. Please don't post a diagram because it doesn't help. I think the wire colors are white, blue, and yellow. Please help!
OK...I okorder /... That should hook you up.
Q: 14. Three parallel wires carry currents, with magnitudes and in the directions shown in the figure below. The wires all lie in a plane, and are all 2 m long, with separations between them as shown in the figure. What is the total force on wire #3 due to wire #1 and wire #2? Wire 1 : 6A, 2.5 m from Wire 3 ---------------------gt;Wire 2: 3A, 1.0 m from Wire 3 lt;--------------------Wire 3: 3A ---------------------gt;Can't figure it out, any hints/suggestions?
The formula for force between wires is: (?/2π)(current1)(current2)(length/r) ? = 4πE-7 Tm/A r=distance between wires For this problem, you would just find the force on wire 3 of each one separately. Since wire 2 is going opposite direction as wire 3, they repel each other, while wire 1 and wire 3 attract each other since they are going same direction. I get Fwire1 to be 2.88E-6 N, and Fwire2 to be 3.6E-6N. Then subtract them since opposite forces, and since Fwire2 is stronger, the force would be 7.2E-7 N away/repelling.
Q: Or can stranded wire of the same gauge be subsitituted for solid wire without any consequences? The reason I ask is because its for a massive 4kJ capacitor discharge circuit, and I need all the energy delivered to the power coils im using, cant afford to have much leakage inductance.
You question about Inductance seems illogical. I can't imagine how a straight wire will affect a sudden discharge of current unless the wire is coiled (inductor) or have a shield attached to ground(capacitor). I believe the difference between the two wires are their direct current resistance which is very negligible if the wires are just a few feet long. The Capacitor that will discharge current directly to a coil is a 'tank circuit' and is a type of oscillator. Most likely, The inductance you will experience is caused by the power coil itself that feeds it back to the capacitor and vise versa. If that is true, I recommend a reverse shunt diode across the coil and a series diode between the capacitor and the coil.
Q: I have a water valve that I need to connect but I don't know how to read this diagram. I'm unsure how to connect the wires to the cold and hot valve. I have four wires that need to be connected. A pair of white caps with one blue wire and one orange; and a pair of black caps with one blue wire and one yellow wire. Sorry if this sounds confusing but I have no idea how to explain it well. Thanks!
blue and yellow for cold valve one, blue and orange for cold valve 2, the hot valve would be blue and brown.
Q: What does the quot;Hstand for in quot;AWG 34Hwire?Also, would Heavy Poly Nylon magnetic wire be considered enameled?
Magnet wire is often called varnished or enameled, but it is actually insulated with a thin coating of insulating material designed specifically for the purpose. I assume that heavy poly nylon material is one of those materials. The H is probably the temperature class of the insulation. Class H insulation is rated to operate at up to 180 degrees C. Edit 1 The H could also stand for heavy as in the heavy build or double build terminology used to describe thicker than standard insulation. It is part of a specific manufacturer's catalog number rather than a part of the American Wire Gauge (AWG) designation. Manufacturer's sell many different varieties of magnet wire. The manufacturer's literature and NEMA or IEC standards provide details regarding the insulation materials used and the electrical and mechanical characteristics of the wire.
Q: my light stopped working ( a chandalier ). It has brown wires, blue wires, red wires, beige wires, and white wires.
If you have an Ohmmeter you can trace the chandelier wiring out. Each socket in the chandelier has two connections, the threaded part of the base and the very bottom of the base. The safest way to wire it is to run the hot to the bottom of the base and the neutral to the threaded part of the socket. Anyway you should be able to ohm each wire out to see where they go, then hook all the wires going to the bottom together and to the black wire in the junction box, then all the wired going to the threaded connection together and to the white wire in the junction box.
Q: I am trying to test a engine coolant temperature sensor (ECT), and in one of the tests it states quot;connect the terminals of the electrical connector with a jumper wirequot;. Where can I find a jumper wire? Does it has to be an specific gauge or any jumper wire? please helpd
mokeyboy is correct about a jumper wire, now comes the ck of the sensor if its a single wire sensor some times called a thermal transmitter, grounding that wire will cause the temp gauge to read high, now if its two wire sensor for fuel injection that should not be grounded, but the sensor must be ck'd with a ohms meter
Q: I no longer have enough 0 gauge wire would it be bad to use 0 gauge power wire to the amp and 4 gauge wire to ground the amp?
Umm well it really depends on how much power you are running through it. If your amp is only about 200-400 watt rms, then you should be fine with a 4awg ground. However, if your rms is higher than 400 you seriously need to consider getting some bigger gauge wire.
Q: A 5.07 m length of 2.1 mm diameter wire carries 703 mA current when 22.3 mV is applied to its ends. Determine the resistivity of the wire.
Resistance of a wire in Ω R = ρL/A ρ is resistivity of the material in Ω-m L is length in meters A is cross-sectional area in m? A = πr?, r is radius of wire in m Use current and voltage to determine resistance. Plug that into the above and solve for ρ. Be sure to change numbers into meters.

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