Jiangsu Profile
Product List
25441. Premium Tinned Copper Wire for Optimal Industrial Heating Solutions 
[Oct 30, 2025]
[Oct 30, 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 ...
25442. Premium Heavy-Duty Copper Wire for Reliable Electrical Heating Solutions [Oct 30, 2025]
[Oct 30, 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 ...
25443. High-Performance Tinned Copper XLPE Heating Wire for Industries [Oct 30, 2025]
[Oct 30, 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 ...
25444. High-Performance Silicone Heating Cable for Efficient Heat Control [Oct 30, 2025]
[Oct 30, 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 ...
25445. Advanced Durable Heating Cable for Harsh Temperature Conditions [Oct 30, 2025]
[Oct 30, 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 ...
25446. Versatile Heating Wire Solutions for All Project Applications [Oct 30, 2025]
[Oct 30, 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 ...
25447. High-Quality Heating Wire for Diverse Projects and Applications [Oct 30, 2025]
[Oct 30, 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 ...
25448. Durable Heating Wire Designed for Extreme Temperature Use [Oct 30, 2025]
[Oct 30, 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 ...
25449. Heavy-Duty 18AWG Premium Silicone Insulated Wire for Harsh Environments [Oct 30, 2025]
[Oct 30, 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 ...
25450. High-Temperature Resistant Silicone Cable for Versatile Electrical Use [Oct 30, 2025]
[Oct 30, 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 ...
25451. Premium Heavy-Duty XLPE Electrical Wire for Extreme Heat Applications [Oct 24, 2025]
[Oct 24, 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 ...
25452. Premium Custom Heavy-Duty Copper Wire for Efficient Heating Solutions [Oct 24, 2025]
[Oct 24, 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 ...
25453. Heavy-Duty XLPE Insulated Heating Wire for Industrial Applications [Oct 24, 2025]
[Oct 24, 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 ...
25454. Premium Tinned Copper Wire for Extreme Heat Applications [Oct 24, 2025]
[Oct 24, 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 ...
25455. Premium Waterproof Electrical Wire for Appliances and Outdoor Use [Oct 24, 2025]
[Oct 24, 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 ...
