Pure Nickel wires high strength a quality

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 10000 m

Supply Capability:: 1000000 m/month

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Product Description

Commercially wrought Nickel 200 ( UNS N02200) , a grade of pure nickel contains 99.2% nickel, has excellent mechanical properties, magnetic properties, high thermal, electrical conductivity and excellent resistance to many corrosive environment. Nickel 200 is useful in any environment below 600°F(315°C). It has highly resistance to neutral and alkaline salt solutions. Nickel 200 also has low corrosion rates in neutral and distilled water.

The applications of pure nickel includes food processing equipment, magnetostrictive devices and rechargeable batteries, computers, cellular Phone, power tools, camcorders and so on.

Good mechanical strength corrosion-resistant and heat-resistant strength.

Small oder accepted.

High-quality,short delivery and well after-sell service.

Welcome to contact me for more detailed information.

Alloy	Ni%	Mn%	Fe%	Si%	Cu%	C%	S%
Nickel 200	Min 99.2	Max 0.35	Max 0.4	Max 0.35	Max 0.25	Max 0.15	Max 0.01

Density	8.89
Resistivity	0.096
Melting point	1435-1446
Tensile strength	462Mpa
Yield strength	148Mpa
Elongation	47%

Q: I only have 2 outlets in my room and need to add an additonal 2. I would like to try this on my own if possible. I have basic knowledge about electrical outlets.: Any power wiring you add must be protected from damage by a 'recognized method`. I would suggest Wiremold surface raceway. It;s a lot easier than cutting patching walls. You can find it at the 'Home Depot`. They'll have a pamphlet on how to install it. If you have 'basic knowledge`, you can extend the existing circuits with this wireway. They'll have a pamphlet on this too if you're not sure of your 'knowledge`. i would not add any air conditioners or heavy loads, but if they're just convenience outlets there should be no trouble.

Q: i would like to know exactly where i can disconnect my wire feed that goes into my door. Theres a couple places i think maybe it comes undone, but i dont want to force anything and break a connector. i need to take off my door.: You need to pop off your door panel by taking out all the screws first then un- hook the snap rivots all around the edge of the door and slide it over the door handle but youll have to unplug the speaker and window switch first. After its off all you need to do is follow the wiring that goes thru the grommet in the crotch of the door where it closes near the fender and there is alot of wires so make sure you take your time and dont snap off the harness hooks because they brake easily. You'll have some that go to your speaker and some to the main door window/locks/mirrors all those. If you look at that grommet previously mentioned pull it out and you can slide all the wires thru that open hole and your done. Alot of this stuff is taped or screwed on so take your time if it doesnt go on the first pull then look at whats holding you. Hope this is what you needed and if you need more ill be happy to accept an email on this situation

Q: What does the wire ZC-BV mean? What is the specification? Which standard is executed?: Cauldron free, digital TV charges. Digital TV more than a few big pot can not receive the channel (. etc.), see how you choose the. The installation of digital TV after the cauldron can also be used, one by one video one, one then video two, you can consider the use of a large pot of hair Feng Feng Shu Feng phoenix ax to receive digital TV channels, such as Phoenix Star, etc., complement each other

Q: i have a problem where my acc fuse keeps blowing and im tired of replacing fuses so what i was wondering is if it was safe to straight wire an interior light with an inline fuse and a toggle switch and would it cause any kinds of conflict: It will not be a problem just make sure the wire doesn't touch ground(metal) anywhere and also keep a check on it for ware. If the wire touches metal after the inline fuse it will blow it. If it grounds before the fuse then it could cause a fire. So protect it well and it should be fine.

Q: i am used to the red, black, white, green and bare cables. but i got a chanelier with two black cables and a bare cable (ground) so how do i put it up?: Use a continuity tester to determine which wire goes to the lamp shell. That's the neutral, connect it to the white in the ceiling box. The other goes to the switch leg. If you were to hook it up in reverse it would work but you could easily get shocked changing a bulb with the power still on. The bare wire is of course the ground.

Q: electrical wire: Ampacity is rated differently for different conductors. Copper has higher ampacity than aluminum. Check the manufacturers web site for specifics, as your question is too general to answer. An imprecise guess might be something like 20 amps.

Q: I was just doing some investigating to my home's electrical setup, on curiosity. I noticed that I have a room with two electric heat panels, each rated at 2548W. They are on 12AWG wire, and a 20A breaker. I did the math, and came up with a total current draw of 21.23A. How come my breaker isn't tripping? And is this a fire hazard?: it's marginal. But really rated at 2548 watts? usually they are rated at a more even number, as the power rating is not that exact, certainly not to 1 part in 2000. Where did you get this number? Similarly 21.23 amps is too exact for the conditions. also, your voltage could be lower than 120 volts, which lowers the current. So this is a homework problem? 20 amp breakers will trip very fast for a 100 amp oveload, and fairly fast for, say 30 amps. But for a value only 8% over the limit? they may never trip. Again, it's marginal, but OK. I'd want a better reading on the power rating of the heaters, and the voltage rating. .

Q: If I take 5 wires, all with their own insulating sheath, twist the wires on both ends, will this work as if all the wires were in one single sheath? Will the conductivity combine as if it's one wire in one sheath? Note I'm taking about a 1000 foot line one way.: First answer is absolutely correct. Not only an unsafe electrical and fire hazard but completely illegal by all building codes. In fact, even the paralleling of larger (1/0 and up) cables is not permitted in residential applications.

Q: How can you tell if a technician drilled a hole into an important electrical wire? Ever since I got satellite installed, the power in my house has been strange, and it is making me nervous. (: Follow the wires he installed and see if it could be near any house wires but only if it was near the incoming power wires because you said the whole house was affected not just one circuit

Q: For example if I put a screw in the wall and it goes through an electrical wire will that screw cause electrical leaks. Another example is everytyhing in house was unplugged and shut off and power meter was still running, what could be the cause?: yes and no, when it comes to comms gear between wired handsets, you can have a pull off or a leak if the wire gets wet, this happens with the emf field which is generated by flow of electrons. when you pull on the emf, you create an amperage draw, which can result in a leak. in a house, you have a lot of appliances that draw a small ammount even when off.if its an older meter, they run off detecting emf through magnets, an old trick was to put a magnet against the ones that spin and watch it slow down, or even reverse if the magnet is strong enough since it is providing an emf. and the screw on the wall will not cause a leak in itself, unless it hits a grounded object to make a return path. the insulation on wire is not like a pipe for water or gas, it does not prevent electricity in a low voltage setting( low voltage is 600 volts or lower) from escaping, it prevents it from hitting anything to ground out. in high voltage there is no insulation, because it will not stop the emf field. when these wires get wet they hum due to creating decently unnatural waves on the electromagnetic spectrum and cause the air to vibrate around it, this is also a slight drain. transfomers also hum due to the fact they are basically an emf generator and an emf catcher, with the catcher pulling whatever amperage is needed out of it to the facility it powers

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