0.035 -0.045mm Self Bonding Wire Enamelled Copper Wire For Vibrating Motor

Price Negotiable

Price: Negotiation

MOQ: Different types with differet MOQ

Delivery Time: 2-15 workding days

Brand: Rvyuan

Product Description

0.035 -0.045MM SELF BONDING WIRE ENAMELED COPPER WIRE FOR VIBRATING MOTOR

Vibrating motor is a standard parts of cell phone. Self-bonding wire is a special wire that overcoated with a bonding layer on the base insulation, with this bonding layer, wires can be adhered to each other by heating or solvent. The coil wound by such wire can be fixed and formed by heating or solvent method

FEATURES AND BENEFITS

Good resistance to refrigerant and freon
Suitable for windings that are subjected to constantly high temperature and mechanical stress
Good chemical resistance
Outstanding mechanical and chemical property
Low soldering temperature

CERTIFICATES
ISO 9001-2000, ISO TS 16949, ISO 14001-2004,UL Approved, RoHS Directive Met

SPECIFICATION

Size	Conductor	Insulation Thickness	Bonding Layer thickness	O.D	DCR (at 20℃)	Breakdown voltage (V)	Elongation	Bonding Strength(g)
0.012	0.012	According to DCR	Min0.001	Min0.0005	0.014mm	128.85-179.96	Min100	Min3.0
0.015	0.012	According to DCR	Min0.001	Min0.0005	0.020mm	85.06-111.10	Min120	Min5.0
0.02	0.02	±0.001	Min0.001	Min0.002	Max0.0260	54.0~57.0	Min135	Min6.0
0.025	0.025	±0.001	Min0.002	Min0.002	Max0.0320	34.0~37.0	Min165	Min6.0
0.028	0.028	±0.001	Min0.002	Min0.002	Max0.0360	26.9~28.4	Min190	Min6.0
0.03	0.03	±0.001	Min0.002	Min0.002	Max0.0390	23.7~24.9	Min210	Min6.0
0.032	0.032	±0.001	Min0.002	Min0.002	Max0.0400	21.5~22.5	Min210	Min6.0
0.034	0.034	±0.001	Min0.002	Min0.002	Max0.0430	18.1~18.9	Min250	Min6.0
0.035[D]	0.035	±0.001	Min0.002	Min0.002	Max0.0460	17.5~18.6	Min250	Min6.0
0.037[D]	0.037	±0.001	Min0.002	Min0.002	Max0.0480	16.2~16.8	Min275	Min6.0
0.038[D]	0.038	±0.001	Min0.002	Min0.002	Max0.0490	15.5~16.0	Min275	Min7.0
0.039	0.039	±0.001	Min0.002	Min0.002	Max0.049	14.6~15.2	Min100	Min7.0
0.040[D]	0.04	±0.001	Min0.002	Min0.002	Max0.050	13.0~14.5	Min100	Min7.0
0.041	0.041	±0.001	Min0.003	Min0.003	Max0.0500	12.9~13.6	Min275	Min7.0
0.042[D]	0.042	±0.001	Min0.003	Min0.003	Max0.0530	12.2~13.0	Min275	Min7.0
0.043[D]	0.043	±0.001	Min0.003	Min0.003	Max0.0520	11.4~12.5	Min275	Min7.0
0.044[D]	0.044	±0.001	Min0.003	Min0.003	Max0.0540	11.4~12.5	Min275	Min7.0