High Quality Electro Galvanized Wire For Hexagonal Wire Mesh
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Quick Details
| Place of Origin: | HS Code: | 721720000 | Model Number: | ||
| Surface Treatment: | Galvanized Technique: | Type: | |||
| Function: | Wire Gauge: | Material: | |||
| Zinc coating: | Tensile Strength: | Roll weight: | |||
| Packing: |
Packaging & Delivery
| Packaging Detail: | Packing:5kgs-25kgs/roll common,plastic inside and woven bag outside. In 20'ft can load 25tons. |
| Delivery Detail: | depends on amount |
Specifications
Hot dipped galvanised iron wire
Hot sell:0.8mm,0.71mm
Zinc coating:>40g
Soft,anti-corrossion
Type:binding wire,wire mesh etc
Galvanised(Galvanized) Iron Wire
+Type:Electro Galvanized Iron Wire And Hot Dipped Galvanized Iron Wire
+Producing process:wire rod-draw wire-annealed-acid washing-galvanizing-wire coil
+Material:high quality low carbon steel wire(Q195)
+Size:5.5mm-0.5mm
+Popular selling size:BWG16,BWG20,BWG22
+Tensile strength:350N-550N/mm2
+Elognation:10%-25%
+Feature:soft,bright,anti-rust
+Function: a) as binding wire
b) as wire to weave wire mesh
c) as U type wire
+Packing: a) common:25kg,50kg/roll
b) Special:8kg,7kg,1kg,400g,700g/coil
C) plastic bag inside and woven bag outside or hessian cloth outside
Hot Dipped Galvanized Iron Wire
Zinc Coating:>40g/m2
Feature:
Hot dipped galvanized wire has great flexibility, high zinc coated, corrosion resisting.
Application of Hot dipped galvanized wire:
Because of the thicker zinc coating, hotdipped galvanized wire has better protective properties, so it is used for harsh working environment,
and it is widely applied in chemical industry, oil processing, marine exploration, metal structure, power transmission, scaffold, bridge, etc.
Electro Galvanized Iron Wire
Zinc Coating:8g-12g/m2
Feature: Electro galvanized wire has great flexibility, through drawing and electric galvanizing,
as one of the binding wires, it is an ideal material for construction and industry.
Application: In weaving of wire mesh, fencing for expressway and construction,
and it also widely supplied in the form of coil wire, spool wire, cut wire, wire tie, binding wire, etc.
- Q: I have a 2002 Chevy blazer 4.3 motor we'll I found some wires that look like trailer wires on the back of the car and I'm trying to connect a 4flat trailer plug in. So the wires are following on the car. Yellow is left blinkerGreen is right blinkerBrown is running lights Blue is brake lightsWhite groundSo the 4 flat wires are as following White groundYellow is left turnGreen is right turnBrown is taillightsSo my question is how can I get my brake lights and running lights on the trailer plug in. Cause I have 5 wires on my vehicle and only 4 on my trailer plug. Please help
- On okorder /... also available at your local auto parts store
- Q: My friend is buying under-wired bras and what are they and the heavily- wired bra?
- The under wire is a stiff piece of plastic, wire or some other kinds of material, that is sewn into the bottom of the cup for added support. If you are not really busty or sagging, you don't need them. They are also pretty uncomfortable because the under wire always seems to push directly onto a rib.
- Q: why do we use copper wires as connecting wires
- To use something as a connecting wire it should possess some qualities. First it should be a good conductor of electricity, that is it should have free electrons in its configuration. Secondly the substance should be malleable, that is it should be versatile enough to be stretched into wires. And lastly it should be available in abundance and should be economically feasible. As copper satisfies all the above prerequisites it is often used to make conducting wires.
- Q: The drawing shows two long, straight wires that are suspended from the ceiling. The mass per unit of length of each wire is 0.050kg/m. Each of the four strings suspending the wires has a length of 1.2m. When the wires carry identical currents in opposite directions, the angel between the strings holding the two wires is 15 degrees. What is the current in each wire?? Im not sure what equations to use for this problem.
- You need two basic equation: 1° Force acting on conductor in magnetic field: F = B I λ ..........(1) where B is magnetic field (also called magnetic induction) I is current λ is length of wire 2° Magnetic field near straight wire carrying current I B = μo I / (2πd) ..........(2) where d is distance from the wire μo is the magnetic permeability constant of vacuum (approx. same for air) μo= 4π*10^-7 Tm/A When there are two parallel wires on distance d carrying currents I1 and I2, each of them produce magnetic field causing forces acting on wires. Magnetic field from second wire creates force on first wire: F1 = B2 * I1 * λ Magnetic field from first wire creates force on second wire: F2 = B1 * I2 * λ These forces are equal in magnitude: F = μo I1 I2 λ / (2πd) ..........(3) When currents flow in same direction forces are attractive, and for opposite direction forces are repulsive. When I1=I2, F = μo I? λ / (2πd) ..........(4) Each wire, suspended on strings, decline from vertical position for angle θ=15°/2 = 7.5°, so that the angle between the strings holding the two wires is 2θ=15°. We find F from condition of static equilibrium of torques (relative to point where strings are attached to ceiling): F L cos θ = G L sin θ ..........(5) where G is weight of wire; G = m'gλ where m' is the mass per unit of length of each wire. L is length of strings from (5) we get relation F = G tan θ ..........(6) or F = m' g λ tan θ ..........(7) and from (4) and (7) : μo I? λ / (2πd) = m' g λ tan θ ..........(8) λ on both sides cancels, and we find current I as I = √(2 π d m' g tan θ / μo) ..........(9) You didn't say if there was some initial distance between wires, so we'll assume they are suspended in same points. In that case d = 2L sinθ ..........(10) and finally I = 2 √(π L m' g sinθ tan θ / μo) ..........(11) I = √[1.2 * 0.05 * 9.81 * sin 7.5° * tan 7.5° / 10^-7 ] I = 318.034 A
- Q: wire is 4.5 ft from the pole. (a) How much wire is used? (b) How high up the pole is the wire connected?
- let w = wire length using trig............4.5/w = sine 10 degrees...................w = 25.9 ft height of wire attachment = w x cosine 10 = 25.5 ft.
- Q: In constructing a large mobile, an artist hangs an aluminium sphere of mass 6kg from a vertical steel wire 0.50m long. On the bottom of the sphere he attaches a similar steel wire, from which hae hangs a brass cube of mass 10kg. How would i calculate the tension in each wire?
- The length of the wire is inconsequential unless you're calculating stretch. The tensile force in the upper wire is simply: Fu = 6 + 10 = 16 kg The tensile force in the lower wire is simply: Fl = 10 kg If you want tensile stress, then you need the wire's cross-sectional area.
- Q: What are the types of Barbed wires?
- Barbed wire is barbed wire as far as I am concerned. Otherwise google barbed wire manufacturers and see what they can supply.
- Q: where also is fourth wire hooked in?
- your 4 wires are probably the white, black, ground, and traveler wire. The 4th wire, the traveler wire is needed if you want to have a 3-way or 4-way switch. Since you don't have this type of switch, otherwise it will be obvious where the 4th wire goes, just put a cap on it and tuck it inside the box.
- Q: I'm doin this thing where I need to connect some wires and one part uses Apple iPod headphones. Inside those wires, they have insulation. I burnt the wires so the insulation would not be in the way. Will the wires still conduct the electricity? Or will I just need to find some other headphones without insulation to do this with?
- It would help to know exactly what you're trying to do here. Like Gary said, I'm not sure what you mean by inside those wires they have insulation. I'm trying to guess what you're trying to do here and you say you need to connect some wires. Are you trying to connect two sets of insulated wires together? If so, I'm guessing that you needed to strip the insulation off of the ends of the wires to expose the conductors and connect together? If that's the case, usually we use a wire stripper or a small razor blade to cut the insulator around the wire and then pull off the sheath, leaving clean wire underneath. Burning the insulation off is not going to make copper wire not work (if you oxidized the copper, you'd have to heat it way hotter than a typical flame, and it would not be metal any more--it would be crispy). So if you still have flexible metal left over after burning off the insulation, then you still have a conductor. The problem, and the reason why we don't usually burn off insulation is that you're going to end up with a bunch of burnt up goo and oxides on the surface of your wire which will make it not connect well with another wire surface to surface. You can probably solve this problem by lightly sanding or scratching the burnt parts of the wires. Or just cut off the burnt part and try stripping it with a blade instead. Then make sure to insulate your connection with electrical tape or something so that you don't have bare wires that can touch each other and short out. If you're trying to do something different, please explain more. In general, though, you're not going to ruin copper by burning it, but you will tend to coat the outside of the wire with stuff that doesn't insulate well. You want shiny copper when you are connecting two pieces together.
- Q: what size of wire do i need and is the new fuse box/trip box kept in garage.or where can i get wiring diagrams from
- You will have to get a permit before you start work. It all depends on the power you want out in the garage. If you want to run one 120V circuit, then you'll need to run #10 since it will be a long run to the garage from the house. You will also need a disconnect somewhere where the power comes into the garage. You may want to get a licensed electrician on this one. You don't want to have a fire or someone killed by shock and have the insurance deny the claim because it was faulty wiring and wasn't inspected and authorized. good luck.
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High Quality Electro Galvanized Wire For Hexagonal Wire Mesh
- Ref Price:
-
- Loading Port:
- China Main Port
- Payment Terms:
- TT OR LC
- Min Order Qty:
- -
- Supply Capability:
- -
OKorder Service Pledge
Quality Product, Order Online Tracking, Timely Delivery
OKorder Financial Service
Credit Rating, Credit Services, Credit Purchasing
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