Jiangsu Profile

Product List
5596. 2025 Low Loss Amorphous Core Iron Core for Efficient Energy Transformers
[Sep 30, 2025]
[Sep 30, 2025] Product Description Specification Magnetic core size(mm) Protective box size(mm) Effective cross-sectional area Ae(mm2) Magnetic path length Ie(mm) Maximum DC overcurrent ...
5597. C Shape Nanocrystalline Core for Current Transformer/ Inductor
[Sep 30, 2025]
[Sep 30, 2025] Product Description Specification Core Build Window Width Core Height Core Width Core ...
5598. 2025 Fe-Based Amorphous Core C Core for Inductor/ CT
[Sep 30, 2025]
[Sep 30, 2025] Product Description Specification Core Build Window Width Core Height Core Width Core ...
5599. 2025 Durable Magnetic Material Nanocrystalline Block Core for Enhanced Efficiency
[Sep 30, 2025]
[Sep 30, 2025] Product Description Transport Packaging Company Profile Evergrowing Resources Cooperation Limited was located in Nanjing, Jiangsu Province, China. We supply different kinds of industrial products and ...
5600. High-Performance Customized Iron Amorphous Toroidal Strip for Filters
[Sep 29, 2025]
[Sep 29, 2025] Product Description Specification Transport Packaging Company Profile Evergrowing Resources Cooperation Limited was located in Nanjing, Jiangsu Province, China. We supply different kinds of industrial ...
5601. Customized The Latest High-Performance Nanocrystalline Current Transformer Toroidal Core
[Sep 28, 2025]
[Sep 28, 2025] Product Description Specification Magnetic core size(mm) Protective box size(mm) Effective cross-sectional area Ae(mm2) Magnetic path length Ie(mm) Maximum DC overcurrent ...
5602. Wholesale Transformer Special Silicon Steel Core
[Sep 28, 2025]
[Sep 28, 2025] Product Description Specification Core Build Window Width Core Height Core Width Core ...
5603. High-Permeability Anti-Interference Magnetic Round Iron Core Toroidal Inductors Supplier Amorphous ...
[Sep 28, 2025]
[Sep 28, 2025] Product Description Specification Magnetic core size(mm) Protective box size(mm) Effective cross-sectional area Ae(mm2) Magnetic path length Ie(mm) Maximum DC overcurrent ...
5604. High-Performance Low Remanence Nanocrystalline Ring Core for Lem Transducers
[Sep 23, 2025]
[Sep 23, 2025] Product Description Specification Magnetic core size(mm) Protective box size(mm) Effective cross-sectional area Ae(mm2) Magnetic path length Ie(mm) Maximum DC overcurrent ...
5605. Low Core Loss High Impedance Fe-Based Nanocrystalline Core for Choke Coil Inductor
[Sep 23, 2025]
[Sep 23, 2025] Product Description Specification Magnetic core size(mm) Protective box size(mm) Effective cross-sectional area Ae(mm2) Magnetic path length Ie(mm) Maximum DC overcurrent ...
5606. Advanced Nanocrystalline Magnetic Cores for Common Mode Chokes
[Sep 23, 2025]
[Sep 23, 2025] Product Description Specification Magnetic core size(mm) Protective box size(mm) Effective cross-sectional area Ae(mm2) Magnetic path length Ie(mm) Maximum DC overcurrent ...
5607. Efficient Inverter Welding Magnetic Core for Enhanced Performance
[Sep 23, 2025]
[Sep 23, 2025] Product Description Specification Magnetic core size(mm) Protective box size(mm) Effective cross-sectional area Ae(mm2) Magnetic path length Ie(mm) Maximum DC overcurrent ...
5608. Advanced Encapsulated Nanocrystalline Core for Enhanced Power Electronics
[Sep 23, 2025]
[Sep 23, 2025] Product Description Specification Magnetic core size(mm) Protective box size(mm) Effective cross-sectional area Ae(mm2) Magnetic path length Ie(mm) Maximum DC overcurrent ...
5609. High-Quality Low Magnetic Loss Nanocrystalline Core Technology Enhances Performance
[Sep 23, 2025]
[Sep 23, 2025] Product Description Specification Magnetic core size(mm) Protective box size(mm) Effective cross-sectional area Ae(mm2) Magnetic path length Ie(mm) Maximum DC overcurrent ...
5610. Magnetic Core for DC Component Current Transformer
[Sep 23, 2025]
[Sep 23, 2025] Product Description Specification Magnetic core size(mm) Protective box size(mm) Effective cross-sectional area Ae(mm2) Magnetic path length Ie(mm) Maximum DC overcurrent ...


















