Reactor Core

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Right Angle Stacked Core - High Stability - Low Loss - Precision Engineered for High Voltage Reactors

Right Angle Stacked Core – A high-performance magnetic core designed for reliable operation in high voltage reactor systems, optimizing inductance and reducing energy loss.

The Right Angle Stacked Core is a specialized magnetic component crafted from high-grade silicon steel or amorphous metal laminations, stacked in a precise right-angle configuration. This design ensures uniform magnetic flux distribution and minimizes magnetic leakage, making it ideal for high voltage applications where stability and efficiency are critical. The core undergoes advanced annealing and lamination processes to enhance magnetic properties and mechanical rigidity, ensuring consistent performance under extreme operating conditions.

Low Core Loss

Constructed from low-hysteresis materials and ultra-thin laminations, the core reduces eddy current and hysteresis losses by up to 30% compared to traditional designs. Maintains high energy efficiency even at high voltages (up to 110kV) and frequencies, minimizing heat generation and operational costs.

High Structural Stability

The right-angle stacking pattern provides exceptional mechanical strength, withstanding electromagnetic forces and vibrations in harsh industrial environments.

Rigid lamination bonding prevents core displacement or deformation during installation, ensuring long-term reliability.

Excellent Magnetic Uniformity

Precise control of stacking angles and layer thickness ensures consistent magnetic flux density across the core’s cross-section. Reduces magnetic saturation and leakage, improving reactor performance and minimizing interference with surrounding equipment.

Common Applications

High Voltage Power Systems

Used in transmission lines and substations to stabilize inductance in high voltage reactors, supporting fault current limitation and voltage regulation.

Critical for maintaining grid stability in utility networks (e.g., 33kV/110kV systems).

Industrial Equipment

SIdeal for high voltage reactors in motor drives, renewable energy inverters, and heavy-duty power supplies. Ensures reliable operation in demanding environments with fluctuating loads and high harmonic content.

Renewable Energy Infrastructure

UDeployed in wind and solar farms to filter harmonic currents and stabilize power output in inverters and transformers. Supports efficient energy conversion in grid-connected renewable systems.