Jiangsu Profile

Product List
88216. Flexible Silicone Rubber Wire with High Temperature Resistance Features
[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 ...
88217. High Temperature Resistant Silicone Wire with Quick Delivery Promise
[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 ...
88218. Ultra Soft Heat Resistant Silicone Wire for Electrical Applications
[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 ...
88219. Ultra Soft Flexible Silicone Rubber Wire for High Temperature Needs
[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 ...
88220. Premium Customized XLPE Stranded Wire for Versatile Applications
[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 ...
88221. Premium Flexible Copper Irradiation Wire for Versatile Applications
[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 ...
88222. Reliable XLPE Heating Cable for Efficient Temperature Control
[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 ...
88223. High-Quality Copper Electrical Wire for XLPE Heating Solutions
[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 ...
88224. Premium Durable Heating Wire for High-Temperature Industrial Use
[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 ...
88225. Premium XLPE Electrical Cable with Flexible Copper Wire
[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 ...
88226. Premium Copper Conductor Wire for Optimal Heating Applications
[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 ...
88227. High-Quality Copper Electrical Wire with XLPE Stranded Design
[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 ±0.1 0.3 335 0.6 0.8 2500 28awg 16/0.08TS 0.37 0.08 1.2 ...
88228. High Voltage Irradiation Wire for 300V Electrical Systems
[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 ±0.1 0.3 335 0.6 0.8 2500 28awg 16/0.08TS 0.37 0.08 1.2 ...
88229. High Temperature Resistant XLPE Electrical Cable for Durability
[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 ±0.1 0.3 335 0.6 0.8 2500 28awg 16/0.08TS 0.37 0.08 1.2 ...
88230. Durable High-Temperature Electrical Wire for Reliable Irradiation Solutions
[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 ±0.1 0.3 335 0.6 0.8 2500 28awg 16/0.08TS 0.37 0.08 1.2 ...
