Place of Origin: | China |
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Brand Name: | Rvyuan |
Certification: | IEC/NEMA/JIS/RoHS/ISO |
Model Number: | 0.025mm |
Minimum Order Quantity: | Different types with differet MOQ |
Price: | Negotiation |
Packaging Details: | Spool with carton |
Delivery Time: | 2-15 workding days |
Payment Terms: | T/T, Negotiation, |
Supply Ability: | 50 tons per month |
Brand: | Ruiyuan | Color: | Nature |
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Certification: | ISO9001/ISO14001 /UL/SGS | Standard: | IEC/JIS/NEMA |
Insulation: | Polyurethane | Diameter: | 0.025mm |
Conductor: | Copper | Solderability: | Yes |
Bonding Method: | Hot Wind/solvent | ||
High Light: | covered copper wire,flat copper wire |
A special type of enamelled wire is selfbonding wire or bondable wire. Selfbonding wire is an enamelled wire as described under Enamelled Wire Types, with an additional adhesive enamel overcoat. This adhesive has a bonding feature, which is activated by heat or solvents. Once activated the adhesive bonds turn to turn windings into a compact self supporting coil. The use of selfbonding wire may offer cost and manufacturing advantages in some winding applications as bobbins, tape, varnishing, or impregnation may be eliminated.
Self bonding wire can be supplied with different conductor materials such as selfbonding copper clad aluminum wire, selfbonding aluminum wire etc.
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Size | Size | Conductor | Insulation Thickness | Bonding Layer thickness | Overall Dia | DCR(at 20℃) | Breakdown voltage (V) | Elongation % | Bonding Strength(g) |
(mm) | Dia mm | Tolerance (mm) |
(mm) | (mm) | (mm) | [Ω/m] | |||
0.012 | 0.012 | According to DCR | Min0.001 | Min0.0005 | 0.014mm | 128.85-179.96 | Min100 | Min3.0 | Min 1 |
0.015 | 0.015 | According to DCR | Min0.001 | Min0.0005 | 0.020mm | 85.06-111.10 | Min120 | Min5.0 | Min 1 |
0.02 | 0.02 | ±0.001 | Min0.001 | Min0.002 | Max0.0260 | 54.0~57.0 | Min135 | Min6.0 | Min 1 |
0.025 | 0.025 | ±0.001 | Min0.002 | Min0.002 | Max0.0320 | 34.0~37.0 | Min165 | Min6.0 | Min 2 |
0.028 | 0.028 | ±0.001 | Min0.002 | Min0.002 | Max0.0360 | 26.9~28.4 | Min190 | Min6.0 | Min 2 |
0.03 | 0.03 | ±0.001 | Min0.002 | Min0.002 | Max0.0390 | 23.7~24.9 | Min210 | Min6.0 | Min 2 |
0.032 | 0.032 | ±0.001 | Min0.002 | Min0.002 | Max0.0400 | 21.5~22.5 | Min210 | Min6.0 | Min 2 |
0.034 | 0.034 | ±0.001 | Min0.002 | Min0.002 | Max0.0430 | 18.1~18.9 | Min250 | Min6.0 | Min 3 |
0.035[D] | 0.035 | ±0.001 | Min0.002 | Min0.002 | Max0.0460 | 17.5~18.6 | Min250 | Min6.0 | Min 3 |
0.037[D] | 0.037 | ±0.001 | Min0.002 | Min0.002 | Max0.0480 | 16.2~16.8 | Min275 | Min6.0 | Min 3 |
0.038[D] | 0.038 | ±0.001 | Min0.002 | Min0.002 | Max0.0490 | 15.5~16.0 | Min275 | Min7.0 | Min 3 |
0.039 | 0.039 | ±0.001 | Min0.002 | Min0.002 | Max0.049 | 14.6~15.2 | Min100 | Min7.0 | Min 3 |
0.040[D] | 0.04 | ±0.001 | Min0.002 | Min0.002 | Max0.050 | 13.0~14.5 | Min100 | Min7.0 | Min 3 |
0.041 | 0.041 | ±0.001 | Min0.003 | Min0.003 | Max0.0500 | 12.9~13.6 | Min275 | Min7.0 | Min 3 |
0.042[D] | 0.042 | ±0.001 | Min0.003 | Min0.003 | Max0.0530 | 12.2~13.0 | Min275 | Min7.0 | Min 3 |
0.043[D] | 0.043 | ±0.001 | Min0.003 | Min0.003 | Max0.0520 | 11.4~12.5 | Min275 | Min7.0 | Min 3 |
0.044[D] | 0.044 | ±0.001 | Min0.003 | Min0.003 | Max0.0540 | 11.4~12.5 | Min275 | Min7.0 | Min 3 |
0.045[D] | 0.045 | ±0.001 | Min0.001 | Min0.002 | Max0.055 | 10.3~11.4 | Min700 | Min10.0 | Min 3 |
0.046 | 0.046 | ±0.001 | Min0.003 | Min0.003 | Max0.0550 | 9.90~10.3 | Min360 | Min10.0 | Min 3 |
0.047[D] | 0.047 | ±0.001 | Min0.001 | Min0.002 | Max0.057 | 9.52~10.4 | Min700 | Min10.0 | Min 3 |
0.048[D] | 0.048 | ±0.001 | Min0.002 | Min0.003 | Max0.059 | 9.14~9.94 | Min700 | Min10.0 | Min 5 |
0.049 | 0.049 | ±0.001 | Min0.002 | Min0.003 | Max0.0580 | 8.90~9.40 | Min700 | Min10.0 | Min 5 |
0.050[D] | 0.05 | ±0.002 | Min0.002 | Min0.003 | Max0.061 | 8.11~9.53 | Min700 | Min10.0 | Min 5 |
0.052[D] | 0.052 | ±0.002 | Min0.003 | Min0.003 | Max0.064 | 8.00~8.50 | Min700 | Min10.0 | Min 5 |
0.053[D] | 0.053 | ±0.002 | Min0.002 | Min0.003 | Max0.064 | 8.25~8.44 | Min700 | Min10.0 | Min 5 |
0.055[D] | 0.055 | ±0.002 | Min0.002 | Min0.003 | Max0.066 | 6.75~7.83 | Min700 | Min10.0 | Min 5 |
0.057[D] | 0.057 | ±0.002 | Min0.002 | Min0.002 | Max0.070 | 6.40~7.00 | Min700 | Min12.0 | Min 5 |
0.058[D] | 0.058 | ±0.002 | Min0.002 | Min0.002 | Max0.071 | 6.50~6.70 | Min700 | Min12.0 | Min 5 |
0.060[D] | 0.06 | ±0.002 | Min0.002 | Min0.003 | Max0.071 | 5.71~6.53 | Min700 | Min12.0 | Min 5 |
0.065 | 0.065 | ±0.002 | Min0.003 | Min0.003 | Max0.078 | 4.85~5.20 | Min700 | Min12.0 | Min 5 |
0.068 | 0.068 | ±0.002 | Min0.003 | Min0.003 | Max0.083 | 4.60~4.80 | Min700 | Min12.0 | Min 5 |
0.07 | 0.07 | ±0.002 | Min0.003 | Min0.003 | Max0.086 | 4.30~4.50 | Min700 | Min12.0 | Min 5 |
0.075 | 75 | ±0.002 | Min0.004 | Min0.004 | Max0.086 | 3.77~3.97 | Min700 | Min14.0 | Min 8 |