Product Introduction
The EI type transformer core is a widely used magnetic core structure composed of E-shaped and I-shaped laminated silicon steel sheets. Designed for efficient magnetic flux conduction, it is commonly employed in power transformers, inductors, and various electrical equipment. Its stacked-layer construction reduces eddy current losses, making it ideal for low- to medium-frequency applications such as power supplies, lighting systems, and industrial control devices.
Product Parameters
- Core Material: High-grade grain-oriented or non-oriented silicon steel
- Lamination Thickness: Standard options include 0.35 mm, 0.5 mm, and 0.65 mm
- Coating: Insulated surface coating to minimize interlaminar losses
- Standard Sizes: Customizable based on power ratings (e.g., EI-48, EI-57, EI-66, etc.)
- Operating Frequency: 50/60 Hz to 1 kHz
- Core Loss: Optimized for minimal hysteresis and eddy current losses (specific values depend on grade and thickness)
Product Advantages
- High Magnetic Efficiency: Silicon steel’s high permeability ensures excellent magnetic flux conduction, improving overall transformer performance.
- Reduced Energy Loss: Laminated design and insulated coating significantly cut down eddy current and hysteresis losses, enhancing energy efficiency.
- Mechanical Stability: The interlocking E and I layers provide robust structural integrity, reducing vibrations and noise during operation.
- Cost-Effective Manufacturing: Simple geometry allows for easy punching, stacking, and assembly, lowering production costs.
- Wide Applicability: Suitable for diverse voltage and power requirements across industries, from consumer electronics to heavy machinery.