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0.012 - 0.8mm Ultra Thin Enameled Copper Wire Magnet Wire For Voice Coils

Basic Information
Place of Origin: China
Brand Name: Rvyuan
Certification: IEC/NEMA/JIS/RoHS/ISO
Model Number: 0.012 - 0.8mm
Minimum Order Quantity: Different types with differet MOQ
Price: Negotiation
Packaging Details: Spool with carton
Delivery Time: 2-15 workding days
Payment Terms: Negotiation
Supply Ability: 200 Ton/Tons per Month
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Detail Information
Insulation: EIW Thermal Class: 155/180
Brand: Ruiyuan Color: Red/blue/green
Conductor Material: Round Copper Size Range: 0.012-0.8mm

Product Description

0.012 - 0.8mm MM ULTRA THIN ENAMELED COPPER WIRE MAGNET WIRE FOR VOICE COILS

Enameled copper wire is a fundamental part of a winding in every electrical machine or apparatus. Compared to fibrous insulations, enamelled copper & aluminium wire offers a favourable space saving factor together with a high level of breakdown voltage. The main application of Enamelled Copper Wire & Enamelled Aluminium wire is in winding of Motor and Transformers.Enamelled Aluminium Wire or Enameled Copper Wire is a wire coated with a thin layer of enamel (varnish) insulation to prevent the wire surfaces from being in a short circuit when wound into coils. Magnetic flux is created when current flows through the coil. Aluminum Enameled Wire and Copper Enamelled Winding Wire are used mainly in the construction of motors, electromagnets, transformers and inductors. For ease of manufacturing inductive components like transformers and inductors, most of these wires can be soldered.
FEATURES

  • Excellent adhesion and ductility;

  • Excellent conductivity, electrical properties;

  • Good performance at high heat resistance, heat shock and cut through.

APPLICATIONS

  • Electrical Motors

  • Lighting Fixtures

  • Transformers

  • Coils

  • Switchgear

  • Solenoid Valves

  • Automobiles

0.012 - 0.8mm Ultra Thin Enameled Copper Wire Magnet Wire For Voice Coils

0.012 - 0.8mm Ultra Thin Enameled Copper Wire Magnet Wire For Voice Coils

SPECIFICATIONS

Dimensions

Minimum

dielectric

breakdown

voltage

V.

Failing load in resistance-to-

abrasion test N (gf)

Maximun

conductor

resistance per

unit length

W / km (20oC)

Minimum

elongation

%

Conductor

Minimum

film

thickness

mm.

Maximum

overall

thickness

mm.

Average value

(min.)

Lowest

value

(min.)

Diameter

mm.

Tolerance

mm.

0.10 + 0.008 0.009 0.140 2000 - - 2647 15.0
0.11 0.150 2153
0.12 0.010 0.162 2200 1786
0.13 0.172 1505
0.14 0.182 1286
0.15 0.192 1111
0.16 0.011 0.204 969.5
0.17 0.214 853.5
0.18 0.012 0.226 2400 757.2
0.19 0.236 676.2
0.20 0.246 607.6
0.21 0.256 549.0
0.22 0.266 498.4
0.23 0.013 0.278 454.5
0.24 0.288 416.2
0.25 0.298 382.5
0.26 + 0.01 0.310 3.5{357} 3.0{306} 358.4
0.27 0.320 331.4
0.28 0.330 3.6{367} 307.3
0.29 0.340 3.1{316} 285.7 20.0
0.30 0.014 0.352 2800 3.9{398} 3.3{337} 262.9
0.32 0.372 230.0
0.35 0.402 4.0{408} 3.4{347} 191.2
0.37 0.424 170.6
0.40 0.015 0.456 4.4{449} 3.7{337} 145.3
0.45 0.016 0.508 4.7{479} 4.0{408} 114.2
0.50 0.017 0.560 3050 5.1{520} 4.4{449} 91.43
0.55 + 0.02 0.620 78.15
0.60 0.672 65.26
5.2{530} 4.5{459}
0.65 0.018 0.724 5.6{571} 4.8{490} 55.31
0.70 0.019 0.776 6.0{612} 5.1{520} 47.47
0.75 0.020 0.830 3400 6.4{653} 5.4{551} 41.19
0.80 0.021 0.882 6.7{683} 5.7{581} 36.08 25.0
0.85 0.022 0.934 7.1{724} 6.0{612} 31.87
0.90 0.023 0.986 7.5{765} 6.4{653} 28.35
0.95 0.024 1.038 7.9{806} 6.7{683} 25.38
1.0 + 0.03 0.025 1.102 8.3{847} 7.0{714} 23.33
1.1 1.204 8.7{887} 19.17
0.026 4150 7.4{755}
1.2 1.304 8.8{898} 16.04
1.3 0.027 1.408 9.2{938} 7.8{796} 13.61
1.4 1.508 9.3{949} 7.9{806} 11.70
1.5 0.028 1.612 9.8 {1000} 8.2{836} 10.16
1.6 1.712 8.3{847} 8.906
1.7 0.029 1.814 4350 10{ 1020} 8.7{887} 7.871
1.8 1.914 7.007
1.9 0.030 2.018 11{ 1120} 9.1{928} 6.278
2.0 2.118 9.2{938} 5.656 30.0
2.1 0.031 2.220 9.5{968} 5.123
2.2 0.032 2.322 12{ 1220}

9.8

{ 1000}

4.662
2.3 2.422 9.9{ 1010} 4.260
2.4 0.033 2.526 10{ 1020} 3.908
2.5 0.034 2.628 13{ 1330} 11{ 1120} 3.598
2.6 2.728 3.324
2.7 2.828 - - 3.079
2.8 2.928 2.861
2.9 3.028 2.665
3.0 3.128 2.489
3.2 + 0.04 3.338 2.198

Contact Details
Mr. James Shan

WhatsApp : 8615802295822