Silicon Stacked Core for current sensors
Oct 23, 2025
Leave a message
Silicon Stacked Core is a magnetic core with material properties requiring relatively low linearity and high hysteresis through a high-temperature heat treatment process. Silicon stack cores are used for motor cores or current sensors. As one of the important components used in rotating machines such as electric motors or generators, motor cores are applied to various fields such as automobiles, industrial elevators, and medical motors depending on their size and purpose. Current sensors are mainly used in the BMS (Battery Monitoring System) to monitor and control the current value by measuring the intensity of the current. In particular, current sensors are one of the essential components that monitor and protect the condition of the battery by detecting the current generated during battery charging and discharging.
Silicon Stacked Core Feature
Material:
The core is made from thin sheets of silicon steel, an iron-silicon alloy chosen for its strong magnetic properties.
Layering:
These sheets are stacked on top of each other and are coated to prevent electrical current from flowing between them.
Purpose:
The stacked structure allows the core to conduct magnetic flux efficiently while the insulation between sheets significantly reduces eddy currents, a type of energy loss.
Efficiency:
This process leads to higher energy efficiency in devices like transformers and motors.
Silicon Stacked Core Application
specification
| Meterials | Thickness(mm) |
| GO | 0.3 |
| NO | 0.2 / 0.35 / 0.5 |
| CO | 0.15 / 0.2 |
GNEE Featured Products
Gnee provides premium iron cores to the world. Our cores can be selected in a wide range of materials, shapes, applications, manufacturing techniques, etc., to meet customers' diverse demands. Explore our wide product range now~
Manufacturing Process
1. Raw Material Sourcing
2. Slitting
3. Punching
4. Laminating
5. Core Forming
6. testing
GNEE EC
Founded in 2008 and located in Anyang in China, Gnee Electric is a high-tech enterprise specializing in researching and manufacturing iron core products.
The company currently occupies over 20,000 square meters and employs more than 200 people, including over 80 professionals. After more than 18 years of development, we have built our own magnetic material production base and independently develope, produce, and sell various kinds of iron cores. The common types include silicon steel cores, motor cores, transformer cores, toroidal iron cores, special-shaped cores, custom cores, and others. Our cores are widely applied in different sectors including transformers, motors, mutual inductors, voltage stabilizers, welding machines, magnetic amplifiers, and instrumentation, providing diverse core solutions to global customers.
30+
Types of Products
18k+
Happy Clients
Why Choose GNEE EC?
GNEE EC was founded in 2008, which is a National High-tech Enterprise & Famous Brand Enterprise in China, developing into a professional manufacturer and supplier of high-quality iron cores.
18+
Over 18 years of success in the iron core industry;
National High-tech Enterprise & Famous Brand Enterprises in China;
200+
Over 200 employees;
The R&D team has more than 80 experienced engineers and the production team has more than 100 skilled staffs;
35+
Annual turnover up to 35 million dollor per year;
Owns many sets of highly automatic winding, annealing, and assembling machines;
1,000+
Over 1000 customers in domestic and overseas markets;
core Products are exported to more than 70 countries in the world;
Gnee Iron Core Factory Overview
Meet Our Sales Manager
"The Core of the Iron Core, the Power of Leadership" - See Our Great Decision-Makers Deeply Engaged in the Magnetic Materials Industry.
Edison Zhang
CEO
Kelly Zhang
General Manager
Alex Cao
Sales Manager
Industries Served
Automobile Industry
New Energy
Transformer Applications
Our Mission
Strive To Create world-class Iron core brand
With 18 Years of industry experience, we focus on the research, development, and manufacturing of high-quality iron cores for electricity, industrial control, new energy, and automotive markets