Custmised Hot Dipped Galvanised Wire with High Tensile Strength
- Ref Price:
-
$400.00 - 500.00
/ m.t.
- Loading Port:
- Tianjin
- Payment Terms:
- TT or LC
- Min Order Qty:
- 25 m.t.
- Supply Capability:
- 2500000 m.t./month
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1.Custmised Hot Dipped Galvanised Wire with High Tensile Strength Description：
Galvanized Iron Wire has the characteristics of thick zinc coating, good corrosion resistance, firm zinc coating, etc.
Galvanized Iron Wire mainly used in construction, express way fencing, binding of flowers and wire mesh weaving. Galvanized iron wire according to manufacturing technique, it includes hot-dipped galvanized iron wire and electro galvanized iron wire. Mainly telecommunication equipment and materials, medical equipment and device, weaving of wire mesh, steel rope, and filtration mesh, high-pressure pipe, construction, arts and crafts.
2.Main Features of Custmised Hot Dipped Galvanised Wire with High Tensile Strength ：
• Use widely
• Corrosion- resistant
• Durable
• Practical use
• Beauty Surface
• Versatile
3. Custmised Hot Dipped Galvanised Wire with High Tensile Strength Images
4. Custmised Hot Dipped Galvanised Wire with High Tensile StrengthSpecification
5.FAQ
We have organized several common questions for our clients，may help you sincerely：
①How about your products？
One of the most biggest manufacturer & supplier of wires and wire mesh，is a large-scale professional Custmised Hot Dipped Galvanised Wire with High Tensile Strength in China. Annually more than 10000 tons wires and wire mesh are exported to markets all over the world. Different kinds of wires and mesh are available according to customer’s requirements.
②What is your Technical Information of Galvanized Wire?
1).Material: super carbon steel
2).Processing by drawing, hot-dip zinc-plating
3).Standard wire gauge from 8# to 24#
4).Thick zinc-coating layer
5).Super in corrosion resistance
6).Firm coating layer
7).Custom size available
③How long can we receive the product after payment?
In the purchase of Galvanized Iron Wire within three working days, We will arrange the factory delivery as soon as possible. The pacific time of receiving is related to the state and position of customers. Commonly 15 to 20 working days can be served。
- Q: I'm replacing the door speakers in a 2001 Coupe Camaro with the factory sound system. I needed to know which wire was positive and which was negative so I bought a circuit tester. However, I keep getting the reading that both wires are positive. What could be causing this? I know the circuit tester works because I tested it on the battery terminals and it worked fine.
- Speaker wire carries AC current. A circuit tester designed for DC voltage won't work, at least for telling you which is positive or negative. (It doesn't matter whether you use chassis ground, or the other speaker wire, as a reference). In the driver's door, the positive wire should be tan and the negative wire gray. In the passenger door, the positive wire is light green and the negative wire is dark green.
- Q: A 0.500 g wire is stretched between two points 95.0 cm apart. If the tension in the wire is 600 N, find the wire's first, second, and third harmonics.______Hz (1st)______Hz (2nd)______Hz (3rd)
- Kia ora In order to answer this question, we first need to ascertain the speed of a wave in this wire. The speed of a wave on a wire depends upon the tension 'T' and the linear density (mass per unit length) 'μ' of the wire. v=√(T/μ) T=600 N The linear density of your wire is 5.00E-4 kg/0.95=5.263E-4 kg/m. So for this wire, v=√(600/5.263E-4) =1068 m/s Now we have the speed, we need to find the wavelengths that correspond to the harmonics we are interested in. The wire is fixed at both ends. Nodes occur at fixed ends. Therefore the first harmonic will occur when there is a node at each end and the longest possible wavelength that satisfies this condition is λ=2L (you get half a wavelength on the wire). So λ=2*0.95=λ=1.90m. If v=1068m/s and λ=1.90 then by the wave equation v=fλ f=v/λ=1068/1.90=562.1 Hz. So that is the first harmonic. The second harmonic has twice the frequency of the first; the third harmonic has three times the frequency of the first. The second harmonic will therefore occur at 562.1*2=1124 Hz and the third at 562.1*3=1686 Hz. Because your data was given to 3sf you need to round your answer to 3sf: 1st harmonic: 562 Hz 2nd harmonic: 1120 Hz 3rd harmonic: 1680 Hz
- 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: How is the line differ from a neutral and ground wires in a three prong plug?
- the bare wire is the ground and goes to the green lug == the black wire goes in the brass screw/lug=== and the white wire then goes in the silver/aluminum looking screw/lug === the purpose of the ground is to act as a safety net to prevent shocks and c
- Q: So Ive never done wiring for my car, But my friends are willing to talk me through it. But the next time I can talk to them is next week and they kept telling me to tap into wires. but What does that mean? like, what does it mean to quot;tapinto the wires?
- Tap means to splice into a wire. To join a new wire to the middle of an existing wire. Such as joining the wire for your new driving lights to the existing wire for the normal headlights. Before getting scared about cutting and soldering. Go to the parts store and get some IDCs. Just ask the counter guy for some suitcase connectors. You lay two wires next to each other and fold the IDC over them. When you squeeze it with pliers, it will join the two wires together.
- Q: i know nothing about wire. thanks. :|
- Solder wire has a lower melting point, allowing you to melt it onto something else. In it's wire form, it will also snap very easily. (not good for fastening things together). Mechanical wire (I'm assuming electrical wire), is designed to withstand high temperatures (and hence, electrical currents), and are usually be bent much more. It's also usually sheilded in rubber (e.g. electrical cords, computer cables, coxial (tv) cable, etc).
- Q: Which of the following wires would tend to have the least amount of electrical resistance? a) long b) fiberglass c) hot d) thick
- thick wires have less resistance
- Q: A potential difference of 13 V is found to produce a current of 0.37 A in a 3.1 m length of wire with a uniform radius of 0.42 cm.(a) What is the resistance of the wire? (b) What is the resistivity of the wire? Please show work.
- P. D. applied = V = 13 V Current produced = I = 0.37 A (a) Resistance of the wire = R = V / I = 13/0.37 = 35.14 Ohm (b) R = ρL/A = (ρL) / π r?) = ρ = (R A) / L = R (π r?) / L ......... (1) R = Resistance of the wire = 35.14 Ohm , L = length of the wire = 3.1 m A = Area of cross-section of the wire = π r? r = radius of cross-section of the wire = 0.42 cm = 0.0042 m ρ = Resistivity of the wire in Ohm-m Substitute the values in the formula (1) and calculate. Take π = 3.14
- Q: when u first get braces do they put the bands and the wire or just the bands cuz im getting them monday
- They Should Put The Brackets And The Wire Give You A Color. You Get Rubber Bands Way Later, If You Need To Fix Your Bite. That's How It Went For Me Anyway. Hope I Could Help. :)
- 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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Custmised Hot Dipped Galvanised Wire with High Tensile Strength
- Ref Price:
-
$400.00 - 500.00
/ m.t.
- Loading Port:
- Tianjin
- Payment Terms:
- TT or LC
- Min Order Qty:
- 25 m.t.
- Supply Capability:
- 2500000 m.t./month
OKorder Service Pledge
OKorder Financial Service
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