• Hot Dip Galvanized Steel Wire System 1
  • Hot Dip Galvanized Steel Wire System 2
  • Hot Dip Galvanized Steel Wire System 3
  • Hot Dip Galvanized Steel Wire System 4
Hot Dip Galvanized Steel Wire

Hot Dip Galvanized Steel Wire

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Hot Dip Galvanized Steel Wire

(1) Quality : Meet GB/T 343 standard and other requirements of relevant standards .

(2) Zinc Coating: Meet GB/T 15393 standard and other requirements of relevant standards .

(3) Raw Material : Wire rod ——1006 , 1008 , 1018 , Q195 , etc, and zinc with 99.995% purity.

(4) Tensile Strength Range

Size (mm)

Tensile Strength (mpa)

0.15-1.60

290-550

0.65-1.60

400-550

1.61-6.00

400-1200

(5) Application : Used in wire mesh , artware , metal hose , binding for agriculture and construction , etc.

(6) Packing

Size (mm)

Coil Size

Spool Packing

Big Coil Packing

ID (mm)

OD (mm)

0.15-0.26

6 inch

1-14kg/spool

0.27-0.60

8 inch

1-100kg/spool

0.61-1.60

12/14/16 inch

1-100kg/spool

250-400

400-770

1.61-6.00

14-500kg/spool

450

800

508

840


(7) Zinc Coating

Meet GB/T 15393 standard.

Size (mm)

Weight of Zinc-Coating ( g/m2 )

A

AB

B

C

D

E

F

A1

B2

0.25

30

20

18

>0.25-0.40

30

25

20

>0.40-0.50

30

20

>0.50-0.60

35

20

>0.60-0.80

120

110

40

20

>0.80-1.00

150

130

45

25

>1.00-1.20

180

150

50

25

>1.20-1.40

200

160

50

25

>1.40-1.60

220

180

50

35

30

>1.60-1.80

220

180

70

40

30

>1.80-2.20

230

200

80

50

40

>2.20-2.50

240

210

80

55

40

>2.50-3.00

250

230

90

70

45

>3.00-4.00

270

250

100

85

60

30

>4.00-5.20

290

270

110

95

70

40

>5.20-6.00

290

270

245

110

100

80

50


Q: so im lost in how i should wire my subs. I have two subs that i need to wire both are 2 ohms 400 watts i don't know if i should wire them parallel or series if you can help me out that would be great!
usually all sub wiring is the same, youll have the rca cables and antenna wire comming from the radio to the amp, power and ground wire going from amp to battery and ground, and than should have 2 wires coming off each sub to the amp, im guessing thatd be parallel, if you wire in series, so like use 2 wires and splice off to each sub, so 2 wires off the amp powering each sub you would up the ohms and put a too much of a load on the amp, people only wire in series when they have too many subs and not enough outlets on the amp, good luck
Q: What would the wire size be for a 3 phase 4 wire - 480/277V - 400A panelboard. Would it be (3) 600mcm w/ (1) 1/0 ground?
Well not quite: 1. The panelboard is 4 wire therefore the (3) in the description would be (4). The 4th wire is for the neutral and required if you are using the 277. Otherwise the panelboard is a 3 wire board and no 277 2. 600 kcmil copper with 75°C insulation is able to carry 420 A as long as the ambient temperature < 86°F (30°C) and are installed by themselves (not in a raceway/cable tray with other power conductors). If the conductors are aluminum, the temperature is hot, the installation has multiple conductors in the same raceway/cable tray, or the distance is of sufficient length resulting in unacceptable voltage drop, the cable must be derated -- read you must increase the size to 750 kcmil or increase the insulation rating to 90°C The ground conductor should be of sufficient size
Q: Basically I have a 3000watt amp, and I need to buy the right wires. Would I still manage to get the full power out of the amplifier with 1000w speaker wiring kit or do I need to buy a 3000w speaker wiring kit?If so, where is the difference with the higher wattage wiring kits.Thanks
Wire okorder with free shipping Goodluck
Q: (For my PC)I want to have a quadrophonic speakers (4 channels), but i want to extend 2 speakers, but their wires are limited and cant extend enough to reach my rear? what should i do?is it as simple as, cut the speaker wires and extend it with a common copper wire that you mostly found on most appliance you found on your home?
It would be best to replace the short wire with new wire of the proper length! Use speaker wire, it will cost less and that's why it's made! But, what you said would work, most likely!
Q: the charger has three wires to put a male plug on and they are black white and green and they look like 12 gauge wires
wire colors are green is ground the black and white wires are you load wires look at you 240 volt plug and determine which terminal is the ground this one is where the green wire goes the black and white wire go to other two terminals this should do it
Q: Green (ground), got it.Black (positive), got it.White (common), got it.Gray wire with like a black fiber in it, what is this? This is a pendant light so my guess is its just a filler wire to bulk up the cord it hangs from, am I right?
The gray wire is not a wire that you need. The black is your HOT wire, your white is your NEUTRAL wire (don't call it common/wrong term) and your green is your ground. Those three will make your light work. You are right!...
Q: What are the effects on an amp when you use power/ground wires that are too small? I bought a set of 8 guage wires off of OKorder, and it stated they can handle up to 1000W. I'm using a Kenwood KAC-9103D amp, 500x1 @ 4ohms, 900x1 @ 2ohms, and 900+ x1 @1ohm (1800 W max power). My subs are Kicker VR8, dual voice coil, 4ohms, wired in parallel. Was it a mistake to go with 8 guage wiring? Should have I gone with 4 guage?
Using smaller wires will cause your wire to heat . As the wire gets hot conductivity decreases giving less current to the amp. It seems like you are spending some money for the equipment i would use a 4 gauge to protect your investment. I have seen people car catching fire because of bad audio wiring
Q: where does the thin blue wire from the amp go, i know it goes to the stereo but i dont know to what wire
hook it up to ur little blue wire that says power antenna if not on there find somewhere on ur fuse panel that turns off and on when u turn on the key or wire it to toggle switch and then to the hot wire on the amp and u can turn the amp on and off anytime u like
Q: Two steel wires are stretched with the same tension. The first wire has a diameter of 6.00E-4 m and the second wire has a diameter of 8.90E-4 m. If the speed of waves traveling along the first wire is 53.2 m/s, what is the speed of waves traveling along the second wire?
Wave velocity v = √(T/μ) Same tension in both wires: T1 = T2 μ is the linear mass density v1 = 53.2 m/s v2 = ? = v1/v2 = √(T1/μ1) / √(T2/μ2) = √(T1μ2 / T2μ1) = √(T1/T2 * μ2/μ1) = √(μ2/μ1) Linear mass density is mass/length, mass is density*volume: m/L = ρV/L = ρAL/L = ρA = ρπr^2 Both wires are steel so their density is the same. == v1/v2 = √(μ2/μ1) = √(ρπr2^2 / ρπr1^2) = √(r2^2 / r1^2) = r2/r1 == v2 = v1r1/r2 = (53.2*3.00×10^-4) / 4.45×10^-4 = 35.9 m/s ---- Speed of waves along the second wire is 35.9 m/s
Q: Say you have a 5 cm current wire carrying 10 A going from left to right. Directly 1 c.m below the left end of this wire is a long wire that is perpendicular to the first wire and goes out of the page. What is the net force on the 5 cm wire?I've tried using F=ILB with the I of the first wire and the B of the second wire.
I didn't read the question so I was carefully working out the force. The wire is perpendicular to the first wire, so using the right hand rule you discover that the field it creates is PARALLEL to the first wire at this left end. The magnetic force is caused by the component which is PERPENDICULAR to the wire which is in fact zero. So there is no magnetic force at this point. As you move along the wire you get a diminishing amount of magnetism caused by the wire which is going out of the page but that field has a component which is DOWN the page. Therefore that part of the wire experiences a force which is into the page. ( take your right hand, put the thumb along the wire pointing to the right, the fingers point down the page, the palm points into the page which is then the direction of the force) I would be surprised if you were required to work out the magnitude of the force in this context. You can't use F= ILB because both the magnitude and the direction of the field varies at different points along the wire. If the perpendicular wire had been directly below the middle of the other wire there would have been no net force. If you were of a level where working out the force was appropriate you would need to set up the formula for B at various points along the wire, taking the vertical component only and integrate this over the range from 0 to 5 cm. Not a trivial mathematical task.

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