High Quality PVC Galvanized Hexagonal Wire Mesh

High Quality PVC Galvanized Hexagonal Wire Mesh System 1

High Quality PVC Galvanized Hexagonal Wire Mesh

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Loading Port:: China Main Port

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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:what size wiring should i use to wire a plug in for a dryer?: You will need 4 wires to meet current electrical codes..2 black or red wires. (ungrounded conductors). 1 white wire. (neutral or grounded conductor). 1 green insulated or bare copper wire. (equipment ground). Both ungrounded conductors on a 2-pole, 30 amp breaker or fuse. A 30 amp, 250 volt rated receptacle is also required..The dryer will work with 3 wires, but is not up to code, because of bonding/grounding issues

Q:There are two switches – the left is for the fan, the right is for the light. They operate independently. I want to replace the light switch with one that has a motion sensor.There are four sets of bundled wires coming out of the back of the box. Each bundle has a white, a black, and a copper wire.Two black wires come out of each switch. The top wires go into two of the bundles in the back of the box, the bottom wires are connected with each other and with two more black wires coming out of the other two bundles coming out of the back of the box.All the white wires are twisted together with a red cap. All of the copper wires are twisted together with another red cap.My motion sensor has a red, black, green and yellow wire. The directions say the yellow wire is not used, because this is not a 3-way light. Is there a straightforward way to do this?: Sure is!. You wire it exactly the way the instructions say to. Which is to use the 2 wires on the existing switch. The bare wire on the switch (if present) is the ground and goes to the green. Just like the instructions say. You are apparently letting all those other wires scare you. The motion sensor is nothing more than an automatic switch. It does the same thing the existing switch does, using the exact same wires. Do Not touch any of the existing splices. Look again at the instructions. Take a deep breath and have at. I've been in control cabinets with Hundreds of wires in them. I ignored all but the ones I need to work on. Other wise I would still be there trying to figure it out! (chuckle)

Q:A thin wire connected to a light bulb will have the bulb shine dimmer than a thicker wire. What is the scientific reasoning for this?: Thin wires are usually used to make heat because there is more resistance going through a thin wire. In an incandesent bulb 60% OF THE OUTPUT IS HEAT. If thee is thicker wire, more electrons go through and the light can be brighter.

Q:How do electric and other companies decide on strung wires in consideration of snowfall?: Snowfall is nothing...even birds on a wire add more weight than that. And like BillRussel said, the core is a steel wire for tensile strength that will handle the biggest force which is wind. Since electricity flows around outside a conductor better than going thru the core, it makes sense for them to surround the steel core with a lightweight , cheap, conductor like aluminum which only has to worry about conducting current and not with strength issues.

Q:(PRIOR TO READING, I SUGGEST YOU LOOK AT THE IMAGES AS IT WILL MAKE THINGS A WHOLE LOT EASIER TO UNDERSTAND)I purchased 2 neons from Repco. That run off your cigerette lighter with an adaptor. They worked fine, until my friend got in my car, and accidentally dropped something on the adaptor which caused it to malfunction, and bam, my in-car neons (placed up under the dash, near where your feet rest) went out.: wire is wire. If it really is silver then theoretically it should conduct electrcitiy better than copper. But that doesn't really matter much. wire is wire. all it needs to be able to do is carry the electrical current. If wiring truly is your problem, then that will work fine.

Q:Hello my question are:Examples given for wired and wireless communications systems?Compare and contrasted how wired and wireless communications systems function? Assessed the risks associated with wired and wireless communcations systems?(if you can put in simple details that would be helpful, because I understand parts of it but not all)Thank you: This is more of an engineering question than a physics question... Wired communications offer direct communication links over cables. Each channel has a high bandwidth, and because there are relatively few limitations on the number of cables you can place in parallel, A practically infinite number of channels is possible under the right conditions. Wireless communications work by producing electromagnetic waves encoding signals that can be picked up at the receiving end. The number of available frequencies in the EM spectrum is quite limited, and due to the presence of comparatively large amounts of noise in the environment, there are huge tradeoffs between signal bandwidth, signal power, and the number of available channels. Cellular communications exploit short range communications and wired networks to provide more channels at the expense of requiring more towers with tighter spacing. Overall, wireless communications are much noisier (they experience a lot of signal loss), and they require much more power than their wired counterparts. They are also much more vulnerable to security issues.

Q:im hooking a amp up and i need to run my remote wire to my ignition wire: I have wired up alot of amps and the remote wire on the amp should be connected to the power antenna/amp turn on wire on the stereo head unit. This allows the amp to only turn on when the stereo is on. If you are connecting an amp to a factory stereo,I see why you would need to find an ignition wire. You need to probe the fuse panel with a 12 volt test light to find a circuit that only comes on with the key. Usually there is a spare accessory fuse location just for this. Buy a fuse tap or specialty fuse from a auto parts store to connect your remote wire to. There is very little current draw to turn on the amp,so almost any circuit on the fuse panel will work if it is only on with the key.

Q:I want to know what the definition is of a hot wire gauge.: A hot wire gage is a tool that tells you which wire(s) are hot meaning that they have electricity running through them. If you go to the tool store you would ask for a voltage detector. These are about the size of a pen. They light up and beep when the detect voltage. I highly recommend having one when doing electrical. There is nothing worse than grabbing a wire that you thought was powered off only to get lit up. Hope this helps.

Q:And i am unsure on how to wire the speakers. Do i just splice the wires from the speakers to the corresponding wires on the harness. P.S. It is not actually in a boat, it will be connected to a 12v battery.: U JUST RUN THE HOT(RED) WIRE TO THE BATTERY. U ALSO MIGHT HAVE TO HOOK UP THE MEMORY WIRE(YELLOW WIRE) AND THE REMOTE ( SOLID BLUE) WIRE TO THE POSITIVE TERMINAL OF THE BATTERY AS WELL BEACAUSE SOME RADIOS WONT TURN ON WITHOUT THESE WIRES COONECTED. THE WHITE AND GREY WIRES ARE THE FRONT AND THE GREEN AND PURPLE ARE THE BACK SPEAKERS. YOU SHOULD GET THE WIRING HARNESS FOR THE WIRING IF ITS GOING IN A CAR LIKE A JEEP THEN ALL U GOTTA DO IS MATCH THE COLORS UP ITS EASY . BUT STRAIGHT TO A BATTERY DO IT THAT WAY JUST MAKE SURE U HAVE A GOOD GROUND.

Q:I have a '78 jeep cj7 with points type ignition, I was wanting someone to explain exactly how to wire up the coil, starting with the 3 wires from the ignition switch.: HI use a test light.. hook it up to ground and turn the ignition on. one wire should be hot that goes to the + of the coil. then have someone turn the switch to start (I'd disconnect the wire from the solenoid to the starter so it don't turn ) the test the other two wires one of them should be hot now. that also go the the + of the coil. The last wire well go to the - side of the coil.. You may ask why to hot wires to the coil... one only supplies like 5 to 9 volts to the coil which is all that is needed to run the motor. The other supplies a full 12 volts which is needed for start up only. good luck Tim

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