Jiangsu Profile
Product List
30721. Reliable High-Temperature Silicone Wire for Automotive and Electronics 
[Aug 04, 2025]
[Aug 04, 2025] Conductor Sectional Area INSULATION Resistance Rated Current Max Current Length AWG No./mm O.D/mm mm2 O.D/mm THK/mm Ω /km A A m/Roll 30awg 11/0.08TS 0.31 0.055 0.8 ...
30722. Extra Soft Silicone Wire for Reliable High-Temperature Use [Aug 04, 2025]
[Aug 04, 2025] Conductor Sectional Area INSULATION Resistance Rated Current Max Current Length AWG No./mm O.D/mm mm2 O.D/mm THK/mm Ω /km A A m/Roll 30awg 11/0.08TS 0.31 0.055 0.8 ...
30723. Versatile High-Heat Resistant Silicone Wire for Multiple Applications [Aug 04, 2025]
[Aug 04, 2025] Conductor Sectional Area INSULATION Resistance Rated Current Max Current Length AWG No./mm O.D/mm mm2 O.D/mm THK/mm Ω /km A A m/Roll 30awg 11/0.08TS 0.31 0.055 0.8 ...
30724. High-Temperature Silicone Electrical Wiring Cables - Durable & Flexible [Aug 04, 2025]
[Aug 04, 2025] Conductor Sectional Area INSULATION Resistance Rated Current Max Current Length AWG No./mm O.D/mm mm2 O.D/mm THK/mm Ω /km A A m/Roll 30awg 11/0.08TS 0.31 0.055 0.8 ...
30725. High-Temperature Silicone Electrical Wiring Cables - Durable & Flexible [Aug 04, 2025]
[Aug 04, 2025] Conductor Sectional Area INSULATION Resistance Rated Current Max Current Length AWG No./mm O.D/mm mm2 O.D/mm THK/mm Ω /km A A m/Roll 30awg 11/0.08TS 0.31 0.055 0.8 ...
30726. Premium Extra Soft Silicone Wire for High-Temperature Electronics [Aug 04, 2025]
[Aug 04, 2025] Conductor Sectional Area INSULATION Resistance Rated Current Max Current Length AWG No./mm O.D/mm mm2 O.D/mm THK/mm Ω /km A A m/Roll 30awg 11/0.08TS 0.31 0.055 0.8 ...
30727. High Temperature Resistant Tinned Copper 1-30 AWG Soft Silicone Wire [Aug 04, 2025]
[Aug 04, 2025] Conductor Sectional Area INSULATION Resistance Rated Current Max Current Length AWG No./mm O.D/mm mm2 O.D/mm THK/mm Ω /km A A m/Roll 30awg 11/0.08TS 0.31 0.055 0.8 ...
30728. Extra Soft High-Temperature Silicone Wire for Electronics 200° C [Aug 04, 2025]
[Aug 04, 2025] Conductor Sectional Area INSULATION Resistance Rated Current Max Current Length AWG No./mm O.D/mm mm2 O.D/mm THK/mm Ω /km A A m/Roll 30awg 11/0.08TS 0.31 0.055 0.8 ...
30729. Durable 18AWG Silicone Wire with Tinned Oxygen-Free Copper [Aug 04, 2025]
[Aug 04, 2025] Conductor Sectional Area INSULATION Resistance Rated Current Max Current Length AWG No./mm O.D/mm mm2 O.D/mm THK/mm Ω /km A A m/Roll 30awg 11/0.08TS 0.31 0.055 0.8 ...
30730. High-Quality UL3135 Silicone Wire in Multiple AWG Sizes [Aug 04, 2025]
[Aug 04, 2025] Conductor Sectional Area INSULATION Resistance Rated Current Max Current Length AWG No./mm O.D/mm mm2 O.D/mm THK/mm Ω /km A A m/Roll 30awg 11/0.08TS 0.31 0.055 0.8 ...
30731. Premium Extra Soft Silicone Wire for High-Temperature Electronics [Aug 04, 2025]
[Aug 04, 2025] Conductor Sectional Area INSULATION Resistance Rated Current Max Current Length AWG No./mm O.D/mm mm2 O.D/mm THK/mm Ω /km A A m/Roll 30awg 11/0.08TS 0.31 0.055 0.8 ...
30732. Premium Extra Soft Silicone Wire for High-Temperature Electronics [Aug 04, 2025]
[Aug 04, 2025] Conductor Sectional Area INSULATION Resistance Rated Current Max Current Length AWG No./mm O.D/mm mm2 O.D/mm THK/mm Ω /km A A m/Roll 30awg 11/0.08TS 0.31 0.055 0.8 ...
30733. Extra Soft Silicone Wire for Durable High-Temperature Use [Aug 04, 2025]
[Aug 04, 2025] Conductor Sectional Area INSULATION Resistance Rated Current Max Current Length AWG No./mm O.D/mm mm2 O.D/mm THK/mm Ω /km A A m/Roll 30awg 11/0.08TS 0.31 0.055 0.8 ...
30734. High Temperature Resistant Ultra Soft Flexible Silicone Rubber Wire [Aug 04, 2025]
[Aug 04, 2025] Conductor Sectional Area INSULATION Resistance Rated Current Max Current Length AWG No./mm O.D/mm mm2 O.D/mm THK/mm Ω /km A A m/Roll 30awg 11/0.08TS 0.31 0.055 0.8 ...
30735. Customized High Temperature Wire with Waterproof Silicone Rubber Insulation [Aug 04, 2025]
[Aug 04, 2025] Conductor Sectional Area INSULATION Resistance Rated Current Max Current Length AWG No./mm O.D/mm mm2 O.D/mm THK/mm Ω /km A A m/Roll 30awg 11/0.08TS 0.31 0.055 0.8 ...
