Commercial Galvanised Wire 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
Size (mm)	Coil Size	Spool 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
1.61-6.00		14-500kg/spool	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: is it safe to use twist on wire connector to connect my new stereo or should i crimp instead?: I would suppose in this case there is a good better best way to do it. IMO I would never do twists on a stereo, at the very least, do butt connectors. Best way would be to solder each wire one by one and seal with heat shrink. That will give you a very clean look and you'll be proud of yourself :)

Q: I am replacing my garbage disposal. I have black, white wires and a black/yellow wire. How do I connect this black/yellow wire. Is this a hot wire as well?: Check the color ,should be green yellow or blue yellow or dark blue yellow ,and that is ground wire ,mostly they have a ring brass connected to that wire .

Q: my dogs have chewed my central air contactor wire.my ac will not cut on. does anyone knows how to replace them and where to buy replacement wires locally( i live in Dallas TX.) i would like to do it myself instead of spending a lot of money.: This should be copper wire and a splice could be made with little risk since the thermostat is a low voltage circuit in most cases. Try the local HVAC contractor for some of the type you need. There are different types ( number of conductors) for different controllers so they need to match. If you just have the HVAC contractor do a fall service on the system they can make the needed repairs and prepare the whole system for the winter. It was probably used a lot this last summer so a service is about due.

Q: I have a 98 RS Eclipse (420a) and i would like some opinions and recommendations for spark plug wires. Who makes the best or very good wires for my engine??: Buy the stock wires. Make sure there is no oil on the old wires or you will need to replace the valve cover gasket and the 4 plug tower seals that are inside the valve cover. The motor came with Champion plugs, don't use Bosch.

Q: Given following setup of three wires in the plane of the page with I1 = 1.3 A (to the right), I2 = 3.4 A (to the right), I3 = 4.5 A(to the left) and each wire is separated by 3 m.I'm completely lost, I need to..1. What is the direction of the magnetic field at wire 3 due to wires 1 and 2?2. What is the direction of the force on wire 3 due to wires 1 and 2?Any help would really be appreciated! Thanks!: I assume that those wires are sitting parallel 3 m apart from one another. 1. The magnetic field around a wire forms concentric circles around the wire. Wire 1 and Wire 3 are parallel so when you draw a concentric field line around Wire 1 with radius 6 m, you get a magnetic field line passing Wire 3 at a right angle. And a concentric field line around Wire 2 with radius 3 m passes Wire 3 at a right angle. Both magnetic fields have the same direction because the current in both wires flows in the same direction (to the right). Using the right-hand rule, you can find that the magnetic field at wire 3 due to Wire 1 and Wire 2 goes into the page. Ans: Into the page 2. The force on a wire can be calculated in the following manner: I X B * L. Here I is the current on Wire 3, B is the magnetic field due to Wire 1 and Wire 2, L is the length of Wire 3, and X is the cross product operator. So I cross B would give the direction of the force. Now use the right-hand rule, I cross B will give the force direction pointing down. This means the force due to the magnetic field would repel Wire 3 from Wire 1 and Wire 2. Ans: The force on Wire 3 due to Wire 1 and Wire 2 would repel Wire 3 from them.

Q: So I know that the neutral wire is the 'return wire'. But why does my textbook say that it has the potential to have the same amount of electricity as the live wire (if the wiring is faulty)? But essentially, if the wiring is not faulty it is technically safe to touch it, it has 0 volts.Could someone explain this to me?: a million. whilst that is working regularly, Voltage could be present for the time of stay and independent twine. cutting-edge could flow from stay to independent twine. 2. whilst there's a fault, The voltage would be present interior the stay twine and since the circuit isn't closed, No cutting-edge could be flowing. 3. No that is no longer ultimate. yet at times, the earth twine could be transmitted to the sub station the place in its joined with the independent. 4. green 5. The Casing could be linked to earth. for this reason the independent is shorted with earth.

Q: What role does the neutral wire play?: A neutral conductor is used to provide two different supply voltage levels. Three-phase application: A 3-phase transformer with the secondary windings connected Wye with a line-to-line voltage of 480 V. If a neutral conductor is connected, the secondary would supply 480 V and 277 V (line-to-neutral). 480/1.732 = 277. Single-phase application: A single-phase distribution transformer with a secondary voltage of 240 V. If a neutral conductor is connected at the middle (center tap) of the secondary winding, the secondary of the transformer would supply 240 V and 120 V.

Q: My telephone doesn't work. No Dial tone. When I plug the phone into the box outside the phone works so that tells me it is the wiring going into or in the house. The phone repairman put in a new phone box outside because the old one wasn't accessible anymore (we accidentally built a porch over it) when he did that he spliced the wire going from the old box to the new box. The wires that he spliced hang down under the porch. There are 4 wires coming out of each wire, but only two are spliced together. Should the other two be spliced also? I'm thinking maybe they were but my dog has messed with them. The phone service went down all of the sudden and I don't really know anything else to check. Any ideas?: each phone line uses a pair of wires (2 wires) these wires would normally be green/red or blue/white and solid blue for line 1 and if needed yellow/black or orange/white and solid orange for line 2... you did the first step in troubleshooting to know that the trouble resides inside your home... so when you call into your line does the phone ring busy (or go straight to voice mail) or does it just keep ringing.... if it rings busy (or straight to VM) then there is a short on the line... this is possibly a defective phone, a phone that is off the hook, or a bad jack or wire... if the phone just keeps ringing, then there is a broken wire somewhere...... since the old NID is no longer accessible, you may need to run a section of wire from the new NID to one of the existing jacks in your home to back feed the jacks... if you do this i recommend disconnecting the wire that is going from the new NID to the old NID, as if you reverse the polarity you may end up shorting out your line with the new wire...

Q: Electron flow in a conducting wire.?I have some confusion regarding the flow of electrons in a wire when voltage is applied across it. Intuitively, i see that when i apply voltage across the ends of the wire say by a battery. The voltage pushes the electrons in the wire. As, a result the electrons flow in straight direction rather than going zig-zag. Some of the electrons reach the positive terminal of the battery, now my query is what happens when the electrons reach the positive terminal.Do they loose all their energy? Also, how is there a constant flow of electrons in the wire because since electrons are flowing constantly from the negative to the positive, is there no instance all the free electrons in the wire have reached the positive terminal? Basically what i mean to say is do the free electrons ever gets extinct? I am sorry if my question sounds stupid but can anyone please explain me a little bit in a conceptual manner?: Well, the wire is connected to a voltage source. When they leave the positive terminal, they go through the wire, then get to the negative terminal. They then flow through the voltage source and back into the wire.

Q: Does anyone have a schematic?: Did yer understand the international soccer cup. became as quickly as stolen out of a shop window, and a canine suggested as ''Pickles'' got here across it below a bush, what do yer think of roughly that then .. seem it up'

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