High Quality Electro Galvanized Hexagonal Wire Mesh

High Quality Electro Galvanized Hexagonal Wire Mesh System 1

High Quality Electro Galvanized Hexagonal Wire Mesh

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Loading Port:: China Main Port

Payment Terms:: TT OR LC

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Quick Details

Place of Origin:	China (Mainland)	Wire Gauge:	0.5mm-6mm	Model Number:	sx-62
Type:	Welded Mesh	Application:	Fence Mesh	Hole Shape:	Hexagonal
Aperture:	6080 80100 100*120	Material:	Galvanized Iron Wire

Packaging & Delivery

Packaging Detail:	1.With plastic weaving bags outside 2.With wooden pallet cloth 3.According to customer's request
Delivery Detail:	30 days after receive the deposit

Specifications

hexagonal wire mesh
1>material: galvanized or plastic-coated wire
2>Mesh: 3/8" -4"
3>hole shape:hexagon
4>Length: 5-30m

Hexagonal wire mesh

Hexagonal wire mesh is also known by the name of chicken mesh.
Wire materials: Hexagonal wire mesh is manufactured in galvanized iron or PVC coated wire.
Application: Hexagonal wire mesh with its good corrosion resistance and oxidation resistance, serves well as strengthening, protection and temperature keeping materials in the form of mesh container, stone cage, isolation wall, boiler cover or poultry fence in construction, chemical, breeding, garden and food processing industries.

Hex netting welded mesh(Galvanized before wearing)
Spacing(mm)		Dia	Width(mm)		Length
41		1.40mm	450/600/1066		50m
31		18g/19g	900/1050/1200		50m
50		18g/19g	900/1050/1200		50m
Hex netting welded mesh(Galvanized after wearing)
Spacing (mm)	Diameter			Width (mm)		Length
13	0.7mm/0.9mm/1.0mm			900/2000		5m/10m/50m
13	18g/19g/20g/22g/23g			600/900/1200/1800		5m/10m/25m/50m
19	0.7mm/0.9mm/1.0mm			900/2000		5m/10m/50m
25	0.7mm/0.9mm/1.0mm			900/2000		5m/10m/50m
25	18g/19g/20g/22g/23g			600/900/1200/1800		5m/10m/25m/50m
31	18g/19g/20g/22g/23g			600/900/1200/1800		5m/10m/25m/50m
50	0.7mm/0.9mm/1.0mm			900/2000		5m/10m/50m
50	18g/19g/20g/22g/23g			600/900/1200/1800		5m/10m/25m/50m
75	0.7mm/0.9mm/1.0mm			900/2000		5m/10m/50m

Q: Three parallel wires are each carrying a 4A current. ; wire A) is 6 mm from wire B) which is 3mm from wire C); The current in wires B and C are out of the paper, while A is into the paper. What is the magnitude and direction of the magnetic field halfway between wires A and B?I have tried using Biot-Savart Law but keep getting it wrong can someone please help? I also have an equation for two parallel wires but how do I relate it to two?: You can use the Biot-Savart Law, but it is confusing and kind of a waste of your time and space. For straight wires, someone ALREADY worked out the Biot-Savart Law. See the following link for the result: hyperphysics.phy-astr.gsu.edu/Hba... The formula of interest for us is B = mu0*I/(2*Pi*r) where mu0 is magnetic permeability of free space, I is current, and r is distance from the wire carrying the current. B is the magnetic field due to that PARTICULAR wire. To deal with three wires, use a superposition principle and stack magnetic fields on top of each other. Do be aware of direction: remember the right hand rule. RH rule for magnetic fields in vicinity of wires: point thumb in direction of current, curl fingers to show the magnetic field circulation direction. Use this sign convention: + B is up along page, -B is down along page For Wire A: point of interest is r = d_ab/2 or 0.003 m to the right of wire A Point thumb in to the paper and the finger curl indicates that B_A is downward B_A = -mu0*I_A/(pi*d_ab) For Wire B: point of interest is r = d_ab/2 or 0.003 m to the left of wire B Point thumb out of the paper and the finger curl indicates that B_B is downward B_B = -mu0*I_B/(pi*d_ab) For wire C: point of interest is r = d_ab/2 + d_bc or 0.006 m to the left of wire C Point thumb out of the paper and the finger curl indicates that B_C is downward B_C = -mu0*I_C/(2*pi*(d_ab/2 + d_bc)) Add up: Bnet = B_A + B_B + B_C Bnet = -mu0*I_A/(pi*d_ab) - mu0*I_B/(pi*d_ab) - mu0*I_C/(2*pi*(d_ab/2 + d_bc)) Simplify: Bnet = -mu0/pi*(I_A/d_ab + I_B/d_ab + I_C/(d_ab + 2*d_bc)) data: mu0:=4*Pi*10^(-7) Tesla-m/A; I_A:=4 A; I_B:=4 A; I_C:=4 A; d_ab:=0.006 m;d_bc:=0.003 m; Result: Bnet = -6.667 milliTeslas negative sign indicates downward direction.

Q: Found some electrical wiring resonably priced on craigslist but it says -----8 gauge (AWG), 3 wire, direct burry electrical cableDOES THAT MEAN ITS 3/0 WIRE? Because I need 3/0 wire direct burriedI am looking to buy some extra 3/0 wire and found some on craigslist for a reasonable price..: 8gauge 3 wire means exactly what it says. you will be getting a number 8 cable with 3 wires in it...the best thing to do is dig the trench put the wires in conduit and use 3/0 wire..Will last years longer and you probaly will not have to dig your trench back up in a few years.

Q: I have a 2000 Subaru Outback, and I can get the thing working, but it does not save any of my settings. i know its my accessory wire because the radio will not turn on from any other wire.. soo help please: There are two wires that you must hook up. One is for continuous power so that the settings are saved, the other is for power to the radio. If you had purchased your equipment from Crutchfield, you would have gotten free installation instructions and a wiring harness that would hook directly to your Subaru wiring - saving you a great deal of time and trouble.

Q: Which are more secure, wired or wireless networks? Explain.: Wired networks are always more secure because they're not advertising themselves to the world; e.g. you need to have physical access to connect to a wired network. Wireless networks can be secure; but the fact of the matter is they're advertised to any passer-by and are susceptible to having their keys cracked.

Q: i need to know if my wires are hooked up right: you must have a heat pump then. Basically the terminal connections should be the same as how those wires are connected at the indoor air handler.If you did not note the colors and the terminals they were connected on the old stat then you may have to check the air handler.

Q: I know there must be a difference, and reason why some wires have a solid strand behind the rubber, or some have several strands. can someone explain to me how it works and the differences in wire. m trying to get my head into electricity. resources would be good too.: Stranded or solid are the same in so far as performance. The stranded is used where flexibility is needed. solid wire is prone to breaking when repeatedly flexed. Solid wire is a bit cheaper, and easier to work with where you need the wire to stay in a particular shape. .

Q: I have eight speaker wires, I can figure that out on my own. I also have a red/blue stripe, black/red stripe, black/white stripe, and blue. Which ones are the power wires?: you will need a DVM, to find what is what. Check the fuse box, and make sure the fuse is good, and search for the constant power.Set the meter to 20V. I like to stick the ground on my meter, in the ignition where the key goes. Then find the switched, key on wire. obviously, you'll have to move the ground on the meter for that. Don't forget to solder and use heat shrink tubing, or red and blue butt connectors, and heat shrink, or tape them well. Then set the meter to ohms, or the omega pic on the meter. once you find a resistance for each speaker, pop it with a 9V battery, not a AA, as both terminals are on top. then when you hear which speaker pops, wire it accordingly. Good Luck!

Q: im installing an amp and i have no clue what to do with thw power wire.... I read to cut open my steros power wire (usually the blue) and wrap my power wire around it... I found the blue wire but there was a tag... Caution Remote output only... This is not the wire for power supply. please connect this wire to the remote for the amplifier... Does this mean i just connect this wire directly to my amp?: ok wait hold up. so the only wire that should be hooked from the amp to the headunit is your speaker wires, remote turn on wire, and your rca cables. ....What you need to do is get the power cable(usually red) run it from positive on the battery to the POS on your amp. next put your ground wire from the GND on the amp to bare metal on your cars chasis.

Q: Can we use pilot wire protection to protect overhead line, and which country use this scheme ?: Pilot wire protection can be used anytime anywhere. The question is not where it is used but why, and is it required. Pilot wire protection provides better discrimination of fault location, than, say, an impedance or distance relay. If the zones are too close, pilot wire may be the only feasible solution. .

Q: I'm doing a science experiment and I don't know why resistance decreases as the diameter of the wire increases. Any help is appreciated.: Basically a thick wire behaves as a lot of thin wires. Comparing one thin wire to a whole bunch, it is easy to see a difference. How this is explained in simple terms is that there are more paths for the electrons to take in a thicker wire, instead of them all being forced though the same space in the thin wire. You could compare it to cars on a motorway, the more lanes there are the more cars will be able to travel on it. A single lane would get blocked up if all cars in say four lanes tried to travel down it. Hope that explained things clearly!

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