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Different Color Varnished Polyurethane Copper Nickel Wire Decoration Use Durable

Price $30.00
Min Order 5 kg
Availability In Stock
Shipping From Shanghai, China
Popularity 426 people viewed
Model NO.:
Enamelled Wire
Insulation Level:
H, F, B, E
Certification:
ISO9001, RoHS
Brand:
Huona
Application:
Transformer, Instrument, Electrical Equipment, Motor
Shape:
Round Wire
Conductor Material:
Copper Wire
Serves:
Small Order Accepted
Size:
Sample Available
Other Name:
Eureka Wire
OEM:
Yes
Stock:
Seyn
Sample (Less Than1kg):
Can Discuss
Material:
Cunimn Alloy
Trademark:
HUONA
Transport Package:
Woodren Case or Cartons
Specification:
0.01-3mm
Origin:
Shanghai
HS Code:
7408229000
Product Description

0.1mm 80 Degrees Red/Bule Color polyuerthane Enamelled Copper Wire

Product Description

Magnet wire or enameled wire is a copper or aluminum wire coated with a very thin layer of insulation. It is used in the construction of transformers, inductors, motors, generators, speakers, hard disk head actuators, electromagnets, electric guitar pickups and other applications that require tight coils of insulated wire.

The wire itself is most often fully annealed, electrolytically refined copper. Aluminum magnet wire is sometimes used for large transformers and motors. The insulation is typically made of tough polymer film materials rather than enamel, as the name might suggest.

Conductor
The most suitable materials for magnet wire applications are unalloyed pure metals, particularly copper. When factors such as chemical, physical, and mechanical property requirements are considered, copper is considered the first choice conductor for magnet wire.

Most often, magnet wire is composed of fully annealed, electrolytically refined copper to allow closer winding when making electromagnetic coils. High-purity oxygen-free copper grades are used for high-temperature applications in reducing atmospheres or in motors or generators cooled by hydrogen gas.

Aluminium magnet wire is sometimes used as an alternative for large transformers and motors. Because of its lower electrical conductivity, aluminium wire requires a 1.6-times larger cross sectional area than a copper wire to achieve comparable DC resistance.

Tpye of Insulation:

Enameled TypePolyesterModified Polyesterpolyester-imidePolyamide-imidepolyester-imide /Polyamide-imide
Insulation TypePEW/130PEW(G)/155EIW/180EI/AIW/200EIW(EI/AIW)220
Thermal class130, CLASS B155, CLASS F180, CLASS H200, CLASS C220, CLASS N
Standard

IEC60317-0-2

IEC60317-29

MW36-A

IEC60317-0-2

IEC60317-29MW36-A

IEC60317-0-2

IEC60317-29

MW36-A

IEC60317-0-2

IEC60317-29

MW36-A

IEC60317-0-2

IEC60317-29

MW36-A

 
 Constantan 6J40 New ConstantanManganinManganinManganin
6J116J126J86J13
Main Chemical Elements % Mn 1~2 10.5~12.5 11~138~1011~13 
Ni39~41-2~3-2~5
CuRESTRESTRESTRESTREST
  Al2.5~4.5 Fe1.0~1.6 Si1~2 
Temperature Range for Components5~5005~5005~4510~8010~80
Density8.8888.448.78.4
g/cm3
Resistivity0.480.490.470.350.44
μΩ.m,20±0.03 ±0.03 ±0.03 ±0.05 ±0.04 
Extensibility≥15≥15≥15≥15≥15
%Φ0.5
Resistance-40~+40-80~+80-3~+20-5~+100~+40
Temperature
Quotiety
α,10 -6 /
Thermoelectromotive452122
force to Copper
μv/(0~100) 
 

Tpye of Bare Wire

main

property

type

 

Cuni1

CuNI2

CuNI6

CuNI10

CuNi19

CuNi23

CuNi30

CuNi34

CuNI44

main

chemical

composition

Ni

1

2

6

10

19

23

30

34

44

 

MN

/

/

/

/

0.5

0.5

1.0

1.0

1.0

 

CU

rest

rest

rest

rest

rest

rest

rest

rest

rest

max 

working

temperature

 

/

200

220

250

300

300

350

350

400

density 

g/cm3

 

8.9

8.9

8.9

8.9

8.9

8.9

8.9

8.9

8.9

resistivity 

at 20 °c

 

0.03
 ± 10%

0.05
±10%

0.1
±10%

0.15
±10%

0.25
±5%

0.3
±5%

0.35
±5%

0.40
±5%

0.49
±5%

temperature

coefficient of

resistance

 

<100

<120

<60

<50

<25

<16

<10

-0

<-6

tensile

strength mpa

 

>210

>220

>250

>290

>340

>350

>400

>400

>420

elongation

 

>25

>25

>25

>25

>25

>25

>25

>25

>25

melting

point °c

 

1085

1090

1095

1100

1135

1150

1170

1180

1280

coefficient of

conductivity

 

145

130

92

59

38

33

27

25

23









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