Jiangsu Profile
Product List
52546. Premium High Voltage XLPE Stranded Copper Conductor Wire 
[May 28, 2026]
[May 28, 2026] 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 ...
52547. Ultra Flexible Silicone Wire for Extreme Heat Resistance [May 28, 2026]
[May 28, 2026] 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 ...
52548. Extreme Temperature Resistant High Performance Silicone Rubber Cable [May 28, 2026]
[May 28, 2026] 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 ...
52549. Premium Customized Heat Resistant Electrical Wire for Safety [May 28, 2026]
[May 28, 2026] 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 ...
52550. High-Performance High Temperature Silicone Electrical Cable for Industry [May 28, 2026]
[May 28, 2026] 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 ...
52551. Premium High-Temperature Silicone Rubber Wire for Versatile Use [May 28, 2026]
[May 28, 2026] 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 ...
52552. Durable High Heat Silicone Wire with Fast Shipping Options [May 28, 2026]
[May 28, 2026] 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 ...
52553. Premium Silicone Wire - Ultra Soft and Heat Resistant for Electrical Use [May 28, 2026]
[May 28, 2026] 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 ...
52554. High-Temperature Ultra Soft Silicone Rubber Wire for Versatile Use [May 28, 2026]
[May 28, 2026] 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 ...
52555. Premium High-Temperature Silicone Electrical Safety Cable for Custom Use [May 28, 2026]
[May 28, 2026] 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 ...
52556. Durable High-Temperature Wire Insulation Made From Silicone Rubber [May 28, 2026]
[May 28, 2026] 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 ...
52557. Premium Silicone Rubber Cables Delivered in Just 15 Days [May 28, 2026]
[May 28, 2026] 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 ...
52558. High-Performance Heat Resistant Silicone Wire for Global Applications [May 28, 2026]
[May 28, 2026] 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 ...
52559. Durable High-Temperature Silicone Wiring Cable for Tough Environments [May 28, 2026]
[May 28, 2026] 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 ...
52560. High-Temperature Resistant Wiring Cable for Reliable Electrical Connections [May 28, 2026]
[May 28, 2026] 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 ...
