Jiangsu Profile
Product List
19726. 2025 Premium High Frequency Nanocrystalline Toroidal Transformer Core 
[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 ...
19727. High-Performance Nanocrystalline Alloy Toroidal Core for Resin Solutions [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 ...
19728. Premium Alloy Toroidal Core for Enhanced Electrical Performance [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 ...
19729. Versatile 2025 Nanocrystalline Toroidal Transformer Core for All Applications [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 class (A) id od ht ID OD HT 14 19 6.5 12 22 8 ...
19730. Advanced Toroidal Core Design for Superior Inductor Performance [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 class (A) id od ht ID OD HT 14 19 6.5 12 22 8 ...
19731. Premium Metglas Amorphous Toroid Core for Enhanced Efficiency [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 ...
19732. High-Quality Wholesale Nanocrystalline Iron Ribbon Strips for Electronics [Sep 30, 2025]
[Sep 30, 2025] Product Description Specification Product performance Saturated magnetic induction intensity Bs (T) 1.2 Saturated magnetostriction coefficient λs 2×10-6 Curie temperature Tc ...
19733. 2025 Premium Iron Nanocrystalline Ribbon for Industrial Applications3. [Sep 30, 2025]
[Sep 30, 2025] Product Description Specification Product performance Saturated magnetic induction intensity Bs (T) 1.2 Saturated magnetostriction coefficient λs 2×10-6 Curie temperature Tc (°C) 570 Density ρ (g/cm3) 7.2 ...
19734. Advanced Nanocrystalline Ribbon Toroid Core for Efficient Performance [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 ...
19735. Customized Size Nanocrystalline Reactor Core: 1K101 Grade Fesib Composition [Sep 30, 2025]
[Sep 30, 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 ...
19736. Premium High Permeability Rectangular Core for Efficient Performance [Sep 30, 2025]
[Sep 30, 2025] Product Description Specification CORE ...
19737. High-Quality Nanocrystalline Transformer Core with Customizable Grade C Technology [Sep 30, 2025]
[Sep 30, 2025] Product Description Specification CORE ...
19738. Nanocrystalline Transformer Core 1K107 with Customized Model for Extreme Temperatures [Sep 30, 2025]
[Sep 30, 2025] Product Description Specification Dimension(mm) A ± B ± C ± D ± E ± F ± 8.3 0.2 6.0 0.1 1.8 0.2 3.6 0.2 3.0 0.1 4.0 0.1 10.0 0.3 ...
19739. Premium 1K101 Fe-Based Amorphous Strip for Industrial Applications [Sep 30, 2025]
[Sep 30, 2025] Product Description Specification Product performance Saturated magnetic induction intensity Bs (T) 1.2 Saturated magnetostriction coefficient λs 2×10-6 Curie temperature Tc (°C) 570 Density ρ (g/cm3) 7.2 ...
19740. Optimal Performance Nanocrystalline E Shape Core Transformer Core [Sep 30, 2025]
[Sep 30, 2025] Product Description Specification Dimension(mm) A ± B ± C ± D ± E ± F ± 8.3 0.2 6.0 0.1 1.8 0.2 3.6 0.2 3.0 0.1 4.0 0.1 10.0 0.3 ...
