• High Quality Electric Galvanized Iron wire System 1
High Quality Electric Galvanized Iron wire

High Quality Electric Galvanized Iron wire

Ref Price:
get latest price
Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
5 m.t.
Supply Capability:
500 m.t./month

Add to My Favorites

Follow us:


OKorder Service Pledge

Quality Product, Order Online Tracking, Timely Delivery

OKorder Financial Service

Credit Rating, Credit Services, Credit Purchasing

High Quality Electric Galvanized Iron wire for binding

 

We can supply super quality Electro Galvanized Iron Wire/ Hot Dipped Galvanized Wire processed with low/hign carbon steel wire, through drawing and electrogalvanizing.  Our Fivestar produces Galvanized Wire from choiced low/high carbon steel wire, through the strict process of wire drawing-annealing-acid washing-water clearing-drying galvanizing  coiling, in this way, excellent flexibility and tensile strength could be guaranteed.

 

Electro/Hot Dipped Galvanized Wire Technical/Mechanical Characters:
ASTM Standard: A641/A641M-98
Material: SAE1006/1008,Q195/235 SAE1050/1065

Standard wire gauge BWG6 to BWG25.
Zinc coating: 8-25g/sqm for Electro Galvanized Wire; 60g - 220g/sqm for Hot Dipped Galvanized Wire
Heavy coating: >200grams/sq.m or according to our customers' requirement >250grams/sq.m
T.S.: 300/550Mpa, 350/450Mpa, 450-550Mpa, 600-800Mpa, 700-900Mpa 1100-1300Mpa, 1300-1700Mpa etc.
Packing: 1kg-1000kgs/coil

Application: This kind of wire is extensively used in construction, handicrafts, woven wire mesh, express way fencing mesh, packaging of products and other daily uses.


Q:In the picture there is a blue wire that is loose, also i just had the starter and wiring changed a month a go. Thanks.
The blue wire I see is attached to the Oxygen sensor (O2). If that is loose there must be a plug where it goes. That is not shown in your picture. If you're saying the car won't crank (different from will crank but still not start) what is the wire with the blue cap that disappears behind the exhaust manifold? Here's how starters are wired: The BIG red wire comes directly from the battery to the solenoid. Also going to the solenoid is/are (a) control wire(s). Typically there's only one control wire. When you turn the key you energize the control wire. That in turn pulls the solenoid in sending the starter gear into the ring gear on the flywheel. The solenoid also makes contact between the BIG red wire and the actual starter motor itself supplying power to the motor and starts spinning the engine. Older model cars have the second wire going to the solenoid do so to supply unresisted 12 volts to the ignition coil. With computer managed engines this is not necessary, the computer does the work. Hope this clears up some issues for you. Ava g'day mate. )
Q:I know what spark plugs are and where they are... but not sure what is meant by wires...For example checking/replacing spark plugs and wires to see if a problem is fixed..Are wires what hookup to the spark plugs from the (distributor?)
complicated issue. lookup onto bing and yahoo. it could help!
Q:I have a buffalo tools 2000 watt generator i have been rebuilding. I have searched for a wiring diagram to help but no luck at all my question is about the wires that come out of the section that generates electricity. Outside of all the resets and switches coming right out of the back of the section that creates electricity has 6 wires coming out. Four are hooked to two different plugs two in each plug one set is red the other blue and the last two wires are separate black wires i would think are negative/ground wires i am looking to know what the red wires and blue wires actually are dc/ac volt i imagine just would like to know for sure don't want to blow anything up and help even guesses will be greatly appreciated.
Is okorder /
Q:Okay I have a question I have an 8 gauge wire kit and it says 350 watts peak. What the difference when there is the same 8 gauge wire that says 800 watts peak does this really matter? Thanks guys
properly, there are transformations in conductivity in wires of a similar gauge, based upon the fabric of which the twine is made and no count if or no longer it quite is multi-strand or good middle. That sounds like an quite huge hollow even even with the shown fact that. To account for that lots variance i could almost ought to think of the decrease one is aluminum or some very decrease priced copper alloy. 8 gauge is distinctly thick twine, after all.
Q:Why is it that some wires get hot,having electricity flow throught them,while others don't?And why is it that when there is a lot of resistance in a wire, that it doesn't get hot?Why does the length of a wire has an effect on the temperature of that wire, and how exactly?
we know that the power = i^2 *r where i : is the current through the wire. r : is the equivalent resistance of the current. so this power will be consumed in the wire in form of heat, so if the resistance of any wire increase, the absorbed power will increase. Also we know the resistance of any wire = * l / a where : - = constant, the resistivity of the matter ( copper, aluminum,... ). - l = the length of the wire. - a = cross section of area of the wire. as the length of the wire increase, the resistance will increase, so the power will increase, this lead to increase of the heat in the wire.
Q:I have an immersion heater in my hot water cylinder (UK airing cubbard), but the wiring isn't connected. But, I seem to be missing a small piece or two. The previous lead wire from the timer/switch is stil there and has two wires in it. Does someone have a generic wiring digram showing which wires connect to the thermostat and which wires connect to the heating element? Thanks!
Normal wiring with two connections on thermostat, on from timer and two on element would be a single wire from one of the timer wires to one connection on thermostat, one wire from other connection on thermostat to heater connection, then one wire from other heater connection back to remaining connection on timer. This is if the thermostat is high voltage and not a low voltage signal to a controller perhaps on the timer.
Q:I need to get some wire to hook my capacitor to my amp and every wire I see says that it's power/ground cable wire. Does this mean it's power wire? Or ground wire? Or does it mean you can use it for both?
to hookup a capacitor you need both power and ground wire, make sure the cables are thick before you put your power cable to the amp it needs to go to + positive side of capacitor and then one cable from the same side to + of amp and for the - negative side you just ground it to the body
Q:When making pc boards with microcontrollers, oscillators, etc.. What is the right kind of wiring to use? Specifically:What material (e.g. copper)?What thickness?What brand?Where to buy?What's the difference between the stiff wire and easily bendable wire?Thanks.
You will almost always use copper. We need more data to give you a good answer. How much current are you going to carry? What frequency signals are you going to carry? Stiff wire is solid and easily bendable is stranded.
Q:the 2 wires that is connected from the key hole is cut .. how to fix or replace?
If there enough wire left on each side of the cut, say 1, then you could bear about 1/4 of the wire on each side and solder the wires back together making sure you are soldering the same wires together and wrap each soldered connection in electrical tape so they are not able to touch each other. Then a final wrap of tape around them both. If you are not up to soldering you could go to an auto parts shop and get a crimp connector to do the job, again bearing of wire is needed to get a contact through the cut area. If the cut is closer to the switch then there is no option but to replace the switch.....
Q:I know that most wire is copper, however, I found this wire that is silver in color. So that got me to thinking, what other metals are used in wire, and, are they all non-magnetic?
Gold wire is sometimes used in the semiconductor industry. They could nickel and tin plate the copper in wires as either an identifier or corrosion inhibitor. All are non-ferrous although nickel has some magnetic properties. Aluminum was a failure in home wiring because of fire hazards, but is is used in some commercial appilications.

1. Manufacturer Overview

Location
Year Established
Annual Output Value
Main Markets
Company Certifications

2. Manufacturer Certificates

a) Certification Name  
Range  
Reference  
Validity Period  

3. Manufacturer Capability

a)Trade Capacity  
Nearest Port
Export Percentage
No.of Employees in Trade Department
Language Spoken:
b)Factory Information  
Factory Size:
No. of Production Lines
Contract Manufacturing
Product Price Range

Send your message to us

This is not what you are looking for? Post Buying Request

Similar products

New products

Hot products