Jiangsu Profile

Product List
10501. Silicone Rubber Insulation Motor Lead Wire (JG)
[Jun 14, 2023]

Product Description JG 500V, 1000V, 3000V Silicone rubber insulated motor winding flexible lead wire Nominal voltage :500V, 1000V, 3000V ...
10502. 10000V Silicone Rubber Insulated Motor Winding Flexible Lead Wire
[Apr 25, 2023]

10000V Silicone Rubber Insulated Motor Winding Flexible Lead Wire Technical Data: 1. Nominal Voltage: 10000V 2. Temperature Range: -40ºC~+180ºC 3. Testing Voltage: 35KV 4. Conductor: Tinned ...
10503. 3000V Silicone Rubber Insulated Motor Winding Flexible Lead Wire
[Apr 25, 2023]

3000V Silicone Rubber Insulated Motor Winding Flexible Lead Wire Technical Data: 1. Nominal Voltage: 3000V 2. Temperature Range: -40ºC~+180ºC 3. Testing Voltage: 15KV 4. Conductor: Tinned ...
10504. ISO Certificated Factory Produced Copper Clad Steel Wire /CCS Wire Used for Braided Shield Cables
[Jun 27, 2025]

Copper clad steel wire (CCS wire) Specification : 0.08mm-2.5mm CCS wire use the cladding or plating craft to make copper around the steel coil to create atom bonds between the two metals , it can be process like ...
10505. Customized Tinned Copper Wire for Heavy-Duty Heating Applications
[Mar 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 ...
10506. Tinned Copper XLPE Wire for Reliable Electrical Heating Performance
[Mar 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 ...
10507. Tinned Copper XLPE Wire for Reliable High-Temperature Heating Solutions
[Mar 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 ...
10508. High-Performance Electrical Heating Wire with Waterproof Insulation Features
[Mar 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 ...
10509. Heavy-Duty Tinned Copper XLPE Wire for Electrical Heating Applications
[Mar 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 ...
10510. Durable XLPE Wire for Customized Industrial Heating Applications
[Mar 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 ...
10511. Premium Waterproof Electrical Wire for High-Performance Heating Solutions
[Mar 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 ...
10512. Durable Insulated Copper Wire for High-Temperature Electrical Heating
[Mar 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 ...
10513. High-Performance Insulated Copper Wire for Customized Heating Needs
[Mar 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 ...
10514. Insulated Rvv Cable Wire for High Efficiency Thermal Management Applications
[Mar 24, 2025]

Basic Info. Model NO. RVV/RVVP Conductor Material Copper Sheath Material PVC Insulation Material PVC Material Shape Round Wire Range of Application Air Conditioning System Certification ISO9001, ...
Company: Nanjing Lichen Technology Co., Ltd.
10515. Customized High-Performance Electrical Heating Wire for Industrial Use
[Mar 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 ...
