High Quality Pvc Coated Chain Link Fencing

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Loading Port:: Tianjin

Payment Terms:: TT OR LC

Min Order Qty:: 2 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:I'm installing a remote start system in my car, but I can't find the tach wire. Does anyone know what harness it is located in, and what color the cable is? I've looked over the diagrams, but I can't seem to find the cable that runs to the tach guage.: Tachometer blue wire AC under the distributor or side

Q:trying to find the radio wiring diagram for my suburban to find out where all my speaker wires are .: 1994 Chevrolet Suburban Car Stereo Radio Wiring Diagram Radio Constant 12V+ Wire: Orange Radio Ignition Switched 12V+ Wire: Yellow Radio Ground Wire: Black Radio Illumination Wire: Gray Radio Dimmer Wire: Brown Radio Antenna Trigger Wire: N/A Radio Amplifier Trigger Wire: N/A Front Speakers Size: 6 1/2″ Speakers Front Speakers Location: Doors Left Front Speaker Wire (+): Tan Left Front Speaker Wire (-): Gray Right Front Speaker Wire (+): Light Green Right Front Speaker Wire (-): Dark Green Rear Speakers Size: 6 1/2″ Speakers Rear Speakers Location: Rear Doors Left Rear Speaker Wire (+): Brown Left Rear Speaker Wire (-): Yellow Right Rear Speaker Wire (+): Dark Blue Right Rear Speaker Wire (-): Light Blue

Q:I am replacing a 2 wire circuit for a fan/light combo with a 3 wire fan/light combo switch. I ran a new 12/2 w/grnd to the switch box. I ran a 12/3 w/grnd to the ceiling box for the fan. I have a ceiling fan and light control switch that control light and fan separately. I can't figure out which wires go to what.: Fan Light Control Switch

Q:I recently bought a stereo for my truck. What is a good average gage for a ground wire? Speaker wire? Power wire? Last but not least a speaker control (remote) wire? If it helps, I am running a 760 watt pioneer amp on two 12 inch subs. Thanks: 1 0 Ofc Wire

Q:How can it be possible to create a high voltage and have a small gauge wire? Example: 3gj or 3000mw in a small wire (just an example): The limit on the size of current carrying conductor is the heat produced due to power losses which leads to failure of the conductor, the power losses depends mainly on the square of the current (P=I^2R) so in power transmission voltage is being stepped-up to high values to decrease current and, in turn, the conductor size is reduced. Theoretically we could step-up the voltage to extremely high values and thus we could have a very thin wire to carry the small current because P=VI so at constant power as voltage V increases the current I decreases. But there are also limits for stepping up voltage as the insulation is directly affected by the voltage. In case of insultaed cables, the insulating material (PVC or XLPE) will fail if the voltage reaches its Break-down Voltage. In case of overhead transmission lines (OHTLs) the conductors are insulated by air between phases and the suspended disk insulators each has their own breakdown voltages. It should be noted that safety regulations determine a safe distance of 1 cm per Kv that you should keep from high voltage conductor. This means that for a consductors carries voltage of 500kv you should allow a distance of 5 meters away from it for your safety as its magnetic effect is not exlusive on its surface but for a distance around it proportional with the voltage.

Q:I need to get some wire to hook my capacitor to my amp and every wire I see says that it's power/ground cable wire. Does this mean it's power wire? Or ground wire? Or does it mean you can use it for both?: Wire can carry current. It is your responsibility to select wire that will safely handle the voltage and current expected. Color conventions specify green for ground wires. You can use any color but green for power connections. Many cables have more than one wire in them, and may include a ground wire. Grandpa

Q:two straight and parallel wires are separated by 6 cm. there is a 2 A current flowing in the first wire. if the magnetic field strength is found to be zero between the two wires at a distance of 2.2 cm from the first wire, what is the magnitude and direction of the current in the second wire?: If the magnetic field at 2.2cm is zero it means that at that distance the fields produced by the two wires cancel out. At 2.2cm from the first wire the field strength is B= uI/ 2pi r ... . where u is the permitivity of free space, 4.0 x 10^-7 N/A^2 B= (4.0 x 10^-7 N/A^2)( 2 A)/ 2(3.14)(0.022m) B=( 8 x10^-7)/(0.138) B= 5.79 x 10^-6 Tesla The magnitude of the magnetic field from the other wire must be equal in magnitude at 3.8cm away (6- 2.2) and opposite in direction. Using the right hand rule (thumb points in direction of current and fingers curl around the wire to show the direction of the magnetic field) you can see that for the magnetic fields to be in opposite direction between the two wires the current must be flowing in the same direction as the first wire. Using the formula for magnetic field strength you can then determine the current needed. 5.79 x10^-6 T= (4.0 x 10^-7) I/ 2 (3.14)(0.038m) THen solve for I I= (5.79 x 10^-6 T)(2)(3.14)(0.038m)/ 4.0 x 10^-7) I= 3.45 A Therefore there is a current of 3.45A in the wire and it is flowing in the same direction as the first.

Q:4.A uniform semicircular sign 1.00 m in diameter and a weight of 325 N is supported by two wires. What is the tension in each of wires supporting the sign?: the sum of the tension of both wires must add up to 325N if both wires are equal distance from the center of sign then the tension on each wire is 325/2=162.5 if the wires are at different distances you need to the distances to get the answer

Q:okay my apt building was built in 1975 I am changing my light fixture new from home depot and the ground wire, the black and white wire are basic on the new fixture. I am looking in the case box in my ceiling all I see is a black wire attached to red, and a yellow wire attached to a white wire which then attaches to another two white wires (then gos go's up behind the casing) I am not sure which is the ground here. There is a copper looking wire that is thick, thick it just isnt as malleable as the new ground wire that is on my new light fixture. It seems very difficult to maneuver.. Could this be my ground from the ceiling. It was attached to the mount of the old fixture my a screw.: The wire that was attached to the mount is your ground. (It should be thicker than the one from the fixture. - Use a 'wirenut' to make the connection.) The White wires will be your 'Neutrals'- 'White' from your new fixture. For the 'Black' from the fixture, use the same wire that was connected to the old fixtures 'black'. If you didn't keep track of which is which, then you are now 'in over your head'. Get experienced help before you cause damage or hurt yourself.

Q:putting new plug on wire. which wire connectswhere?: The wide prong is neutral and should connect to the white wire. The narrow plug is hot and should connect to the black wire. If the wires are not colored black and white and are instead in a traditional flat insulated power cord with an indentation between the two wires, feel both sides for a rib on one side that isn't there on the other side. the ribbed side is neutral. For a pair without a rib, but where you can see that one wire is copper colored and one is silver, the copper color is hot and the silver is neutral. Same goes for the screws you attach to on plugs or outlets not marked hot and neutral, copper or gold color usually is hot and silver is neutral. If all screws are the same color, this does not apply. Anyone can wire the existing system backwards or inconsistently, so do not rely on the convention for safety issues, just observe it for your own work and correct problems when you find them if you can do so safely. If not, consult an expert.

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