Amorphous C-Cores Amorphous Magnetic Cores

Product Specifications

Markets:	North America,Eastern Europe,Western Europe
Composition:	Ferrite Magnet
Application:	Industrial Magnet

Product Description

Gaotune Technologies is a leading manufactory of the Amorphous c-core & Nanocrystalline cores located in China. Our quality commitment includes ISO 9001 certification. Our products are also RoHS compliant. We are always doing our best to support the customers with our high level properties of the amorphous c-core, which applied to Solar inverters and Wind power inverters, and nanocrystalline cores, which applied on Current transformers. Most of our customers come from Europe and North America. Our main products include as following: -Amorphous C-Core Applied to solar inverters, wind power inverters, other AC reactors and DC inductors from 10 to 1000+ amperes. -Rectangular Shapes of Amorphous Cores To be used in high power inverters; -Nanocrystalline Ring Core and Rectangular Core Applied to Current Transformers, Sensors, Common Mode Choke.

Amorphous C-Cores CFCC Series

Applications:
U Output filter or inductor cores in high frequency large power, solar inverter trasformer core;
U Transformer cores in switch mode power supplies

Characteristics:
U High saturate induction-Reducing core volume
U Rectangular form-Easy to mount coils
U With air gap-Excellent anti-bias current ability
U Low core loss-Low temperature rise
U Good stability Can work 130oC

Properties:
Saturate induction 1.56T Hardness Hv 960kg/mm2
Curie Temperature 410° C Density 7.18g/cm3
Crystallization Temperature 550° C Resistivity 130mW-cm
Saturate magnetostriction 27 10-6

C-Core Dimention:
Attention:
All the data listed in this catalogue are got from optimum-annealed samples. When these ribbons are made into cores, there may be some variation of the properties according to processing technique. All the data here are only for references, but not for guaranty of any order.
Cores with other specifications can be provided concerning to customer's demand.