• Galvanized Steel Wires For Gabions System 1
Galvanized Steel Wires For Gabions

Galvanized Steel Wires For Gabions

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Commercial 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:ok i bought a cd player off of OKorder a couple weeks ago and i decided to save the money and do it myself, but me and my friends didnt get a connector for it so we decided to go old school and wire every wire, and now the problem is we dont know what wire goes with what. so i need a accurate wiring diagram of a 2002 v6 hyundai sonata, (car wires first) i hook the black with black for ground, orange with yellow for battery( which there is two oranges so i tried both and together) and yellow with red for accessory just to see if the cd player will turn on and it doesnt, so i need some help pretty bad, and i have checked the fuses ( audio one) any answer will be greatly appreciated,
Car Radio Battery Constant 12v+ Wire: Orange Car Radio Accessory Switched 12v+ Wire: Yellow Car Radio Ground Wire: Black Car Radio Illumination Wire: N/A Car Stereo Dimmer Wire: N/A Car Stereo Antenna Trigger: N/A Car Stereo Amp Trigger Wire: N/A Car Stereo Amplifier Location: N/A Car Audio Front Speakers Size: N/A Car Audio Front Speakers Location: N/A Left Front Speaker Positive Wire (+): Brown/White Left Front Speaker Negative Wire (-): Black/White Right Front Speaker Positive Wire (+): Brown/Yellow Right Front Speaker Negative Wire (-): Black/Yellow Car Audio Rear Speakers Size: N/A Car Audio Rear Speakers Location: N/A Left Rear Speaker Positive Wire (+): Brown/Red Left Rear Speaker Negative Wire (-): Black/Red Right Rear Speaker Positive Wire (+): Brown/White Right Rear Speaker Negative Wire (-): Black/White
Q:Okay so I just finished replacing a stolen car radio, but I think I messed up the wiring... When I turn off the car the radio doesn't seem to save the presets I had... it resets the whole stereo... I think it has something to do with the wiring I did... When I installed the radio there were two 12+ volt wires... One said 12+ volt constant and was yellow, and the other said 12+ volt switch and was pink... Problem was when I wired only the yellow one the car stereo wouldn't work, so I tried the pink one and that didn't work.. SO thinking I was clever I wired both to the 12+ volt and VOILA the radio turned on... Problem is I don't think that's how I was supposed to wire it... I have a '97 Honda accord Ex and I don't know if that's what I was supposed to do... :#92;
the yellow wire is supposed to go to constant power. the pink wire is supposed to go to a switchable power source. usually an ACC wire.
Q:Does anyone know what color the neutral safety wire is on a 1995 suburban? The one in the ignition harness.
It is usually white, or sometimes gray.
Q:I need a wiring diagram for a 1983 honda rebel, its a 250cc parallel twin, i really need the ignition wiring diagram but i can't seem to find one. If anyone knows the letters (xx250,xx125) then that would help to. Thank you in advance.
1983 Honda Rebel
Q:I have two ceiling lights in my kitchen that come into the same wiring box (light switch). It's a single light switch that controls both lights. I want to install a two fixture light switch so that I can turn on each light by itself. It looks like there are only two wires coming into the box...a black one and a white one (and a ground wire). The two-switch I bought is requiring three wires though. How do I wire this thing?
if you don't know how to wire for what you want ..i could not tell you enough to get you through the job..but , you can get a pull string on / off switch at the hardware store that will do the same thing that you want ..anyone can do that..just unscrew the light bulb and screw in the pull switch then screw in the light bulb ..they do have them in remote control but they ain't cheap..good luck
Q:2.4) A wire has a resistance of 19.2 . It is melted down, and from the same volume of metal a new wire is made that is 5 times longer than the original wire. What is the resistance of the new wire?
.4) A wire has a resistance of 19.2 . It is melted down, and from the same volume of metal a new wire is made that is 5 times longer than the original wire. What is the resistance of the new wire? Resistance = ρ * (L ÷ A) ρ = resistivity L = length A = cross sectional area L * A = volume of wire. The volume is constant L1 * A1 = L2 * A2 It is melted down, and from the same volume of metal a new wire is made that is 5 times longer than the original wire. Since the length is 5 times longer, the area is 1/5th of the original volume Resistance2 = ρ * (5L ÷ 0.2A) = ρ * 25 * L/A The new resistance is 25 times the original resistance = 25 * 19.2 = 96 Ω
Q:A horizontal current-carrying wire, free to move in Earth’s gravitational field, is suspended directly above a second, parallel, current-carrying wire. (a) In what direction is the current in the lower wire? (b) Can the upper wire be held in stable equilibrium due to the magnetic force of the lower wire? Explain.I assume they travel in opposite directions if they are both charged the same, but I think my instructor wants something more specific. Any help is much appreciated.
Current carrying wire does not have extra charge but only flow So there is no electrostatic force between them. The magnetic force is present only when current flows through both wires. If it flows in the same direction then they attract. So if the lower wire is fixed and you wish to suspend the above it must repel it to overcome the gravitational force due to earth acting on it. Hence the wires must carry currents in opposite direction.
Q:Hi,I'm trying to install a ceiling light with a 3 wire configuration (white, black, ground) into a wire configuration of 4 wires (white, red, black, ground). This is configured for two on/off switches.So far, I have white to white, black to black, and ground to ground with the red capped off. This works with one switch perfectly, however when I hit the other switch, the circuit breaker blows.Please help, and thank you!
A circuit consists of two conductors not counting the green/bare, but can have more than two. Also a circuit can branch off and energize other things. Thus you have branch circuits. The ceiling box fan probably is a branch circuit consisting of two or three maybe four conductors i.e., black, red, white and green/bare. A ceiling fan will pull a load/current of usually 2 amps but can be a lot more. A 60watt incandescent light bulb pulls 1/6 of an amp, or 4 60watt bulbs is around 2amps. By and far the amount is very low considering most general lighting circuits can handle up to 20amps without any problems.
Q:tryin to move dryer approx 8 more feet but existing wire not long enough have 12/2 wire can that be used to run 220 dryer
you need to run #10/3 for a 200 volt electric dryer
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

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