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Self Bonding Ultra Fine Copper Wire Class 180 - 220 0.02-1.8mm Thicknes

Basic Information
Place of Origin: China
Brand Name: Rvyuan
Certification: UL/ISO/SGS
Model Number: Class 180 - 220
Minimum Order Quantity: 20-100kg
Price: Negotiation
Packaging Details: Carton and pallet
Delivery Time: within 5-10 working days
Payment Terms: L/C, T/T
Detail Information
Width-Thickness Ratio: 1:1.5~1:25 Conductor Thicknes:: 0.02-1.8mm
Color: Copper Insulation: UEW/AIW/EIW
Thermal Class: 180/220 Equivalent Round Wire Diameter:: 0.12~3.2mm
Bonding Method:: Solvent/hot Wind
High Light:

self bonding copper wire

,

enameled magnet wire


Product Description

SELF BONDING ULTRA FINE COPPER WIRE CLASEE 180-220 0.02-1.8MM THICKNESS

Self bonding rectangular enamled copper wire is widely usde in wireless charger, our customer including Sumsung's supply, We can provide class 180 to 220 with UEW to AIW insulation with self bonding layer. you can also tell us the thickness of insulation, we will evaluate whether we can make it.

FEATURES AND BENEFITS

  • The enamelled flat copper wire can form a bigger cross-sectional coil area than an enamelled round copper wire in the same winding space, so the coil can obtain a lower electrical resistance to prevent appliance overheat and more suitable for high-current loading with the current up to 40A above.

  • The enamelled flat copper wire can form a bigger surface area of the coil than an enamelled round copper wire under the same conductor resistance (meaning the same cross-sectional area), makes it significantly mitigate the skin effect with some high frequency transmission up to 100 KHz.

  • The enamelled flat copper wire can create a comparative higher space factor, as well as a lower volume-occupation, presenting its advantageous as a lighter, thinner, shorter and smaller product.

APPLICATION

  • Notebook coil.

  • Coils of printer.

  • Motors of CD driver.

  • Transformer.

  • Speaker

Self Bonding Ultra Fine Copper Wire Class 180 - 220 0.02-1.8mm Thicknes 0

SPECIFICATION

Nominal Diameter mm

Tolerance

Min. Increase of Diameter

Max. Overall Diameter

Breakdown Voltage

 

Elongation

Pin Hole

Electrical Resistance

 

 

mm

 

 

≥ V

 

≥%

≤Default/5m

Ω/km (20℃)

 

 

 

 

 

Mandrel Method

Twisted Method

 

 

Min.

Max.

0.012

----

0.013

0.015

50

----

5

10

142.64

157.65

0.013

----

0.015

0.017

70

----

5

10

118.41

133.98

0.014

----

0.016

0.018

70

----

5

10

102.64

120.45

0.015

----

0.017

0.02

80

----

5

10

89.83

104.41

0.016

----

0.018

0.021

90

----

5

8

74.67

97.56

0.017

----

0.019

0.022

90

----

5

8

66.6

85.75

0.018

----

0.02

0.023

100

----

5

8

59.77

75.95

0.019

----

0.021

0.024

100

----

5

8

53.95

67.75

0.02

0.001

0.022

0.024

100

----

8

8

51.83

60.81

0.05

±0.002

0.007

0.062

400

1200

12

5

7981

9528

0.055

±0.002

0.007

0.068

400

1200

12

5

6642

7815

0.06

±0.002

0.007

0.073

500

1200

14

5

5614

6526

0.065

±0.002

0.007

0.078

500

1200

14

5

4807

5531

0.07

±0.002

0.007

0.083

500

1200

15

5

4163

4747

0.075

±0.002

0.007

0.088

550

1200

15

5

3640

4119

0.08

±0.002

0.008

0.094

550

1200

16

5

3209

3608

0.085

±0.002

0.008

0.099

550

1200

16

5

2851

3187

0.09

±0.002

0.01

0.106

650

1200

16

5

2550

2835

0.095

±0.002

0.01

0.111

650

1200

17

5

2294

2538

0.1

±0.002

0.011

0.118

650

1200

17

5

2074

2286

0.11

±0.002

0.011

0.129

----

1300

17

5

1720

1882

0.12

±0.002

0.011

0.139

----

1500

17

5

1450

1577

0.13

±0.002

0.011

0.149

----

1500

18

5

1239

1340

0.14

±0.002

0.011

0.159

----

1600

19

5

1070

1153

0.15

±0.002

0.011

0.169

----

1700

20

5

934.1

1002

0.16

±0.002

0.012

0.18

----

1700

21

5

822.3

879.4

0.17

±0.003

0.013

0.192

----

2000

22

5

721.1

787.1

0.18

±0.003

0.014

0.204

----

2000

22

5

644.4

700.7

0.19

±0.003

0.014

0.214

----

2000

23

5

579.4

627.8

0.2

±0.003

0.014

0.224

----

2000

23

5

523.7

565.7

Contact Details
Mr. James Shan

Phone Number : +8613920472299

WhatsApp : +8615802295822