Hot Sale and Best Quality Galvanised Chain Link Fencing

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Loading Port:: Tianjin

Payment Terms:: TT OR LC

Min Order Qty:: 1 m.t.

Supply Capability:: 100 m.t./month

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Features of Chain Link Fence:

- Materials: Low carbon steel wire, Stainless steel wire, Aluminum alloy wire.

- Surface Treatment: Electro galvanized, Hot-dipped galvanized, Galva.+ PVC coated.

- Edge Style: Twisted barb edge, Closed edge.

- Packing: Wrap up both edges with woven bag, or with Pallet, or as customer's request.

- Application: Sports field, River banks, Construction and residence, also animal fencing.

- Advantages of Chain Link Fence:

1) Low carbon steel diamond mesh has a heavy galvanized coating to ensure a long life

2) Use for High security building: Airport ,Farm land,Sport field,Prison and so on

3) It can offset force,so it is widly use for sports field

4) Chain link wire mesh is separable,you can adjust the length as you need

5) The height can be up to 7m

6) It is more security to add some razor barbed wire or barbed wire on the top

7) beautiful diamond mesh:different colors for choose

8) easy to install .

- Specifications of Chain Link Fence:

Mesh Opening	1''- 4''(25mm-100mm), popular: 50x50mm
Wire Diameter	18#-7#(1.2mm - 4.5mm), popular: 2.5mm, 3mm, 3.5mm
Roll Width	0.5m - 5m, popular: 1.5m, 1.8m, 2m, 2.5m, 3.6m
Roll Length	1m - 50m, popular: 10m, 15m, 25m
	Specifications can be made according to your requirements

Q:What causes signal Loss and Distortion in Copper Wire?: the resistance of the wire itself can be responsible for signal loss. electromagnetic fields may cause distortion. Another possibility is if the signal is not terminated properly you may experience a reflection of the signal traveling in opposition of the desired signal. Heat can cause loss or distortion. corrosion on the copper wire may also cause loss or distortion of the signal.

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 have this ipod cord in my car to play music off of, and at first it started cutting out. I would move the wire in a specific spot to a position to where it would work. Then eventually it just stopped working all together, so im assuming the wires inside have been damaged. Now as i said before in a specific spot so im pretty positive i know where it is broken at, but ive never actually spliced a wire, or soldered before. This is where i need help. What tools and materials will i need to fix the wire? Also, how would i fix it? Thanks for the help in advance!: The wires in those little patch cords and headphones and stuff are often very fine and hard to splice or solder. You could get you some wire cutters and wire strippers and a soldering iron and some electrical tape or shrink wrap and go at it, but it would probably be just as well to get another cord.

Q:I have a bathroom exhaust fan with a light and heater function. The Heater has a red and white wire and the fan and lights have a black, a blue and two whites. There is a three switch outlet on the wall in the bathroom controlling these functions. In the attic there are 3 different wires going to the exhaust fan that I can't find out how to connect. There are 3 blacks, 3 whites and 3 grounds. How should I hook the switch to the exhaust fan wires? Please help: Blue, black, and red are all hot wires. Just attach each hot wire and its corresponding white wire to each switches black hot wire and white wire. When finished each switch will turn on the heater, light, or fan.

Q:But I want to switch it and wire the red ceiling wire to the black fan wire and the black ceiling wire to the black/white fan wire so that the particular switches work the way I want them to. Is this ok, to switch them?: Black wire on the fan is for the fan motor, red wire in the fan is for the light, the white wire is the neutral wire. So if you do want to switch the light off and on you have to tie red wire to the switch and the black wire can be tied to the hot at the ceiling box so you can control the fan with the chain only. If you have one switch leg in your circuit then you cannot do anything but switch them both if you tie them together. I think I am understanding what you are saying here. White Alyse ties to white Black is for the fan motor and the red is for the light. If you have three wires in the switch then you can tie them the same way color to color. Hope this has not confused you You can email me if you need further help

Q:what if I use a 100 amps.main braker to wire my range and dryer: NO each appliance has to be wired to the panel on its own breaker Dryers is normally # 10 wire and on a 30 amp 2 pole breaker. Three wire receptacles can still be used if they are existing in older homes and the appliance has to be wired for that 3 wire receptacle.Newer dryers have 4 wires and have a separate ground unlike the older dryers that used the neutral wire and ground together. A range can be # 4 wire or in some case # 6 wire depending on the KW rating of the range and have to have a 40 or 50 amp breaker on them as well. You should not put them together of course. Call an electrician and have ot done properly and it could save you form a heartache or worse.

Q:i recently replaced my spark plug wires on my 97' lincoln continental. i was wondering if i should get plug wire shielding for them also......thanx: A Dodge Continental?

Q:When you electromagnetize a nail with wire coiled around it, then connect it to a small battery, how come it works when the wire has been been insulated,..... and what if you were to use uninsulated wire.: The insulation around the wire prevents the flow of current between wires, (shorting out the coil). It has no effect on the magnetic field created by the flow of current in the wires. If you tried uninsulated wire, you wouldn't have much of a field, as the current path would be short, direct from one end of the coil to the other with no 'turns` at all.

Q:I have two black wires running to a light switch that I need to extend about a foot. I cannot identify the hot wire because both wires are black and I have no white wire. Can I cap off both wires and then test each with a voltmeter? If the circuit is not complete, will the hot wire still be live?: ok, a light switch is different then a outlet plug. the black wire is the hot wire and comes in to one side if the switch and goes out the other side. the switch just open the circuit to turn off the light or closes the circuit to turn it on.

Q:There is a circuit with a battery connected to two wires in parallel. Both wires are made of the same material and are of the same length, but the diameter of wire A is twice the diameter of wire B. Answer true or false for the following questionsThe curent through the battery is five times larger than the current through wire B.The power dissipated in wire A is 16 times the power dissipated in wire B.The voltage drop across wire B is larger than the voltage drop across wire A.The resistance of wire B is four times as large as the resistance of wire A.The resistance of wire B is twice as large as the resistance of wire A.: the diameter of wire A is twice the diameter of wire B This means the cross-sectional area of A is 4 times that of B, which means the resistance of A is 1/4 that of B. To put some numbers on it, if B is 4 ohms, A is 1 ohm, total R is 0.8 ohms. Which means that if you have 1 amp of current flowing, you have 0.8 volts drop across the two wires, and 0.8 amps flowing through A and 0.2 amps flowing through B. Power in A is 0.8*0.8 = 0.64W, power in B is 0.8*0.2 = 0.16W, total power is 0.8*1 = 0.8 watts 1. true, see above 2. false, 4 times 3. false, they have the same voltage drop, they are in parallel 4. true 5. false, see #4 .

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