• High Quality Resistance Alloy Copper Nickel Alloy System 1
High Quality Resistance Alloy Copper Nickel Alloy

High Quality Resistance Alloy Copper Nickel Alloy

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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

Low resistance alloys for electrical heating

Copper Nickel Alloy

Specifications

1.Pass: ISO9001 certification 
2.fine after-sale services 
3.small order accepted 
4.samples available 
5.short delivery time

What do we have?
Copper bar/stick and welding wire
Copper foil
Cu-Ni resistance heating wire and strips

electrothermal resistance wires
copper nickel electrical alloy wires and strips
resistance alloy wires or strips
electrical wires
copper nickel resistance  alloy
copper nickel wires and strips
 

1. Introduction
The copper-based low resistance heating alloy is widely used in low-voltage circuit breaker, thermal overload relay, and other low-voltage electrical product. It is one of the key materials of the low-voltage electrical products. The materials produced by our company have the characteristics of good resistance consistency and superior stability. We can supply all kinds of round wire, flat and sheet materials.
 
2.Marking
Each spool/package of alloy is supplied with a label or tag showing alloy type, nominal size, tare and net weight, resistance W/m (W/ft), charge number and a reference number.
 
3.size
wires:0.018-10mm                   Ribbons:0.05*0.2-2.0*6.0mm
Strips:0.5*5.0-5.0*250mm       Bars:D10-100mm

Do you provide free samples?
Yes, we can provide a free sample for testing, If we have sample in stock, The quantity based on the material type, The buyer should bear all the shipping costs.

Please feel free to send us a inquiry and we are looking forward to cooperating with you!

 



Characteristic
Grade
Resistivity ( 200C μΩ.m)Max.working Temperature ( 0C)Tensile Strength (Mpa)Melting point (0C)Density ( g/cm3)TCR x10-6/ 0C (20~600 0C)EMF vs Cu (μV/ 0C) (0~100 0C)
NC003 (CuNi1)0.0320021010858.9<100-8
NC005 (CuNi2)0.0520022010908.9<120-12
NC010 (CuNi6)0.122025010958.9<60-18
NC012 (CuNi8)0.1225027010978.9<57-22
NC015 (CuNi10)0.1525029011008.9<50-25
NC020 (CuNi14)0.230031011158.9<30-28
NC025 (CuNi19)0.2530034011358.9<25-32
NC030 (CuNi23)0.330035011508.9<16-34
NC035 (CuNi30)0.3535040011708.9<10-37
NC040 (CuNi34)0.435040011808.90-39
NC050 (CuNi44)0.540042012008.9


Q:does the term, home-run refer to, and what are some other common terms with a brief description plrease? thanx! jk.
Home run means it goes straight back to the panel. I have done some wiring in my house and I try to do it all with home-runs. Its far simpler and you have fewer chances to screw up. For example, you want a new receptacle on your patio. You run a wire from the panel straight to the receptacle. No boxes or splits. That is a home-run.
Q:What is the price of cable 3 * 2.5 + 1?
When used as a voice system termination, it should all be dubbed 5 pairs of connection blocks, so that 100 pairs / 5 pairs = 20 That is to say to do the voice system, only 20 pairs of 5 pairs of the connection block can be 100 pairs of 110 patch panels all play full That is, 100 pairs of patch panels can be terminated 100 voice points Note: CommScope indoor large number of cables generally 25 pairs, 50 pairs, 100 pairs of these three When used as a data system termination, it should be equipped with 20 pairs of 4 pairs of connection blocks, and 4 pairs of 5 pairs of connection blocks In this case, 20 * 4 pairs + 4 * 5 pairs = 100 pairs, and the total number of connected blocks 24 That is, every 100 pairs of 110 patch panels can be terminated 24 data points In summary, when it is used for different systems of transmission, the connection block configuration is also different And its configuration is more flexible, including but not limited to the above two
Q:An incoming cable (line) is connected to a standard receptacle with the hot (black) wire attached to the upper screw (brass) and the white (common) wire attached to the lower screw (silver). The outgoing cable (load) is attached to the other two screws in the same manner. In my limited residential experience, the line cable will be attached to opposing screw contacts (upper 2 screws) with the second cable (load) attached to the bottom two contact screws on a standard electrical receptacle. In what conditions would these cable contacts be split like this? I have a short along this circuit somewhere and I am wondering if this is the problem?
It doesn't matter how its wired on a standard outlet as long as the white is going to silver and black to brass.A lot of times shorts happen due to devices that are plugged into the outlets. It is rare for an outlet to short. You can check for a shorted outlet by powering down the circuit by turning off the circiut breaker and then disconnect the wires on the outlet. measure the resistance between the prongs of the outlet or the silver and brass screws. It should measure open.
Q:I have a lot of equipment in my local and I'm suffering about big cargo in electric wire for your knowledge voltage 220 Ventensity 30 Awire Demetre 2.5 mmwhat should I do for avoid the damaging of disgenctor or burning of wire
The wires too small for 30A! You need to upgrade the wire size or lower the amperage! The set-up you now have is just begging for a fire! Be Careful! ;-)
Q:Wire yellow and green, respectively, that line of fire or zero line
Red, yellow, green is the line of fire, blue is zero line, yellow and green is ground
Q:I have been told that it can be but I. I think my friend is trying to scare me. I don't see the difference in the tape. grrrr
It's a bad idea. Duct tape is not long-lasting, electrical tape (comes in many colors) is. A quick fix when it comes to electricals is always a bad idea because people generally don't tend to fix things they think are good enough even when they really meant to. Best of all, use heat shrink tubing. If you don't see the difference between electrical tape and duct tape should you really be wiring anything?
Q:I need to know the smallest gauge wire i can use to carry a 12 v current at 16.5 amps that is still safe. Needs to be flexible and small enough to make a ~120 degree turn in a space ~10mm
In Canada and the USA 15 amp circuits are the norm wired with # 14 cable unless the runs are very long. Up to 12 outlets can be place on one circuit but for a workshop, I would sugest no more the 4 or 5 per circuit. If you require a 20 amp circuit, it should be a dedicated circuit with the proper 20 amp receptacle. A separate 15 amp circuit for your lighting is smart in case you trip a breaker with one or more of your shop tools; you will still have lighting. The welder will require a dedicated 240 volt, 60 amp circuit Your air compressor will also require a dedicated 240 volt circuit sized accordingly to the power demand of the compressor motor. Just from what you have listed, I would suggest at least an 100 amp 240/120 volt load centre. This will give you extra room for fans, heating, etc.
Q:Please guess a riddle: a beautiful ride on the wire. (Hit a plant) Rural visible
Frequency converter cable for the variable frequency cable, he is generally 3 +3 core, outside the copper wire braided + copper double shield, it requires the cable has a low transmission impedance, low working capacitance, it has a lot of high magnetic waves, Cable insulation impact is relatively large, relatively high demand for interference interference factors. Frequency conversion cable long distance transmission, the general should be coupled with the reactor. Ordinary cable, the outside can be added according to the need to shield or not, although he can produce electromagnetic waves, but will not produce high harmonics, the insulation requirements of the cable is not high frequency cable, he can be four core, five core. There is no need for a symmetrical structure of the cable.
Q:Bridge 380V strong wire, and now put into the cable to the signal interference?
Power lines and cables can not be laid together. If the power cord and network cable together: . the transmission line is weak signal. Power lines inside the transmission is strong. Strong current through the wire will produce a magnetic field, the magnetic field will interfere with the weak line of the network cable, resulting in network cable signal is not normal, serious will affect the normal network cable communication. . there are security risks: If the power cord and cable are damaged, the two lines of copper core together. Strong current string into the network cable, will cause the connection of computers and other equipment burned. Serious can cause a fire.
Q:How to identify the quality of the wire is good or bad!
In addition to heat, it is possible to reduce the line power factor and increase the pressure drop.

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