PVC Coated Steel Wire Rope

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Loading Port:: China Main Port

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Quick Details

Steel Grade:Carbon Steel
Standard:ASTM, BS, DIN, GB, JIS
Wire Gauge:5/32 inch to 7/16 inch
Place of Origin:Chongqing, China (Mainland)
Type:Galvanized
Application:Steel Wire Rope
Alloy Or Not:Non-alloy
Special Use:Cold Heading Steel
Model Number:CHPVC20101012

Packaging & Delivery

Packaging Details:	Wooden Spool,Plastic Spool
Delivery Detail:	30days for 1X20'container.

Specifications

PVC Coated Steel Wire Rope
Available in Different Sizes
ISO9001:2008 Cert.

PVC Coated Steel Wire Rope
Standard: DIN; GB; BS; JIS; ASTM
Constuction: 6x7; 7 x 7,6x19; 7 x 19 etc
Diameter range from 5/32 inch to 7/16 inch
In various colors, transparent or nontransparent
For any inquiries, welcome here.

Q: wires have been cut and i have 4 wires i dont know what do.what colors are for what?: If your trying to wire a aftermarket radio into your car just go to best buy or any other car audio dealer and buy a wiring harness. It plugs directly into your stock wiring harness and on the opposite side has the correct colors of your aftermarket harness that came with the deck. All you have to do is color match and crimp.

Q: can a positive wire connect a negative and positive terminal together, or can a negative wire connect a positive and negative terminal together? This is regard to speakers in a guitar speaker cabinet. using rca speaker wire which is two wires that can be separated. One is positive and the other negative. If you are only using one half of the wire to wire two speakers in series does it matter if it is the positive(the side with the white stripe) or negative one since wiring in series is positive terminal to negative terminal.: Wire is wire. There is no positive wire and no negative wire. The wires are colour coded so you can keep track of what connects to what. You can use orange and green wires if you want; just keep track of what you are connecting.

Q: A wire is 1.5 m ong and has a diameter of 1.5 mm. The stretch modulus of the wire is 6.2 x 10^10 n/m^2. If a force of 400 N is applied to end of the wire, then the increase in length of wire is??please help, thanks: The stretching of wire by longitudinal force: If F force applied across the crosectional area A of wire of radius r and lenght L then the wire elaogates in the dirextion of force Stress P = F / A A = pi* r^2 = (1.5/2)*10^-3 = 7.5 *10^-4 m^2 strain produced = dL / L = increase in length / original L Young's modulus or elastic (stretch) modulus for the maretial, within elastic limits, Y = stress/strain strain = stress / Y dL = F * L / A * Y = F * L / pi (r^2) * Y dL = 400* 1.5 / 3.14 (7.5 *10^-4)^2 * 6.2*10^10) meter dL = 0.005479 * meter dL = 5.479 millimeters increase in length

Q: Are those coils of wires in an electric fan magnetic?: Electric motors, all electric motors, have some form of stator and some form of rotor. The rotor is the section that rotates... duh. The stator is the part that houses the rotor and does not move. AC electric motors, like your fan motors, take advantage of the fact that the phases of current alternate through the wraped wires around both the stator and the rotor. The wire wrappings make the rotor and stator into electro magnets. By careful placement of the rotor and stator wires, the magnetic fluxes that surround both parts can be made to alternately pull and push on the rotor. And that causes the rotor to turn. While most if not all commercial motors have wire wrapped rotors and stators so they are electro magnets, some lab motors may have permanent magnets embedded in their rotors in lieu of the wrapped wires. These are way cheaper, but they are typically way weaker than comparable motors with electro magnetic rotors. So, yes, the coils are electro magnets. As long as there is current alternating through them, there will be corresponding magnetic fields and appropriate forces to turn the rotors.

Q: If you put clay over wire and bake it would the wire melt and ruin the sculpture?Details on wire:I'm not sure what kind of wire it is but it says Bright Floral Wire..Wire is silverDetails on Clay:Again, im not sure what clay...its from polyform products and it says Premo Sculpey so im guessing Polymer? :#92;Clay is Black.Bakes for 275F (130C)30 minutes per/par/por1/4 in (6mm): (Premo okorder /

Q: I need to buy more of the speaker wire my Yamaha system came with. Its very very thin almost clear wire. What is it called and where can i get it?: Short answer is that it is called speaker wire. Most speaker wire supplied with a general-purpose audio or home theater system is 16 or 18 gauge wire (the lower the gauge number, the thicker the wire). Most general-purpose speaker wire is very inexpensive for even a 100ft spool. If you really don't know what you are looking for and just want to match what you have, the easiest thing to do is bring a small sample of your current wire to a store like RadioShack or the electrical section at Lowe's or Home Depot and match it up yourself with what they have available. Chances are you'll find a match in under a minute. You can also just order a spool of name-brand 16 gauge wire online from places like OKorder or Best Buy also.

Q: i have a 98 ford taurus... can anyone give me a diagram of the wires that come off the radio, like wut colors r which speakers. i need to knw so i can wire it my cd player cuz i cant get a wire harness around here..: Well for starters the wires that are at the radio are not the speaker wire, they are power, ground and data wires. The speaker wires are back at the factory tuner box in the drivers rear of the trunk behind the carpet. The tuner box is a silver box that is mounted to the rear drivers fender well and has the input and output for your speaker wires as well as your antenna. metra electronics makes a harness that plugs into the factory plug and that you have to run from the rear of the car up to the dash to put in an aftermarket radio. this harness also includes the antenna wire with the adapter for the factory antenna end. You also need to get a dash kit that will replace that factory dash piece so it will accommodate the new radio. It is a metra part number 99-5715. Hope this helps

Q: I need the designations for the wires so I can splice in an amp.: Speaker wires: left front: (+) tan (-) gray right front: (+) lt. green (-) dk. green left rear: (+) brown (-) yellow right rear: (+) dk. blue (-) lt. blue Accessory power at radio for amp turn-on: yellow (only in 2003 and older; should be located next to orange constant power wire)

Q: Okay, magnet wire is coated with some red fancy insulation. Is that just an enamel?If so, enamel coated copper wire magnet wire would be the same thing.I want to build a loudspeaker. This what I need?Are the coils used in loudspeakers the same ones used in inductor coils?One interesting question,When Faraday was experimenting with the effects of magnetism on electricity, how in the hell did he figure out the magnetic field increased with the number of turns of copper in his coils!I'm only assuming Faraday didn't have insulated copper wires.Lmao, if they aren't insulated, how in the heck is he suppose to know how much the field is increased. The Coil would just become a big conductor lol: Is that just an enamel? - Yes enamel coated copper wire magnet wire would be the same thing. - They are This what I need? - Yes Are the coils used in loudspeakers the same ones used in inductor coils? - Same principle, different design. The coil in a speaker is an air-wound coil designed to maximise the amount of wire that's sitting in the magnetic field. The ones in induction coils are usually designed to maximise the inductance in a small a space as possible, so they are wound on ferrite or iron cores. I think Faraday's thought process probably went something like I wonder what will happen if I put a lot of turns in the coil. If I use uninsulated wire it will short out, so I'd better insulate it. They didn't make him a Fellow of the Royal Society for nothing. He used cotton insulation. Some of his equipment still exists, and still works.

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?: we know that the power = i^2 *r where i : is the current through the wire. r : is the equivalent resistance of the current. so this power will be consumed in the wire in form of heat, so if the resistance of any wire increase, the absorbed power will increase. Also we know the resistance of any wire = * l / a where : - = constant, the resistivity of the matter ( copper, aluminum,... ). - l = the length of the wire. - a = cross section of area of the wire. as the length of the wire increase, the resistance will increase, so the power will increase, this lead to increase of the heat in the wire.

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