Seamless, coherent magnetic circuit, with the direction of magnetic flux completely aligned with the crystalline orientation of the silicon steel sheets, eliminating magnetic resistance distortion.

The core structure is compact and has minimal vibration, resulting in extremely low noise levels.

The permeability of amorphous alloys is much higher than that of silicon steel sheets, and they can be magnetized quickly even under low magnetic fields.

A dense oxide layer forms on the surface of amorphous alloys, which can resist corrosive environments such as humidity and salt spray without the need for additional protective coatings.

Brand new cold-rolled grain-oriented silicon steel sheets, with good magnetic permeability, low operating noise, and more energy-efficient. The frame is made of nickel-plated steel.

The laminated structure effectively reduces eddy current losses, enhancing the efficiency of transformer operation.

Secured by high-strength clamps, capable of withstanding mechanical stresses such as short-circuit impacts.

The insulation coating between the laminations is fully compatible with insulating materials such as epoxy resin used in dry-type transformers, with no risk of insulating oil combustion or leakage.

The even gaps between the laminations can work with air convection for heat dissipation, perfectly compatible with the air-cooling system of dry-type transformers.

The wound structure results in fewer core seams and lower magnetic reluctance, allowing stable operation at higher magnetic flux densities.

The Curie temperature of silicon steel material is relatively high, allowing it to maintain stable magnetic properties in high-temperature environments.

Fully sealed structure effectively prevents oil leakage and moisture intrusion, allowing for maintenance-free operation under normal conditions.

The use of a three-dimensional delta oil tank design provides a larger heat dissipation area compared to traditional rectangular tanks.

The laminated core design reduces no-load loss by about 20% to 30% compared to traditional models, which can significantly save on electricity costs over the long term and meets national energy-saving transformer standards.