Unicore

The angled core is a key component widely used in power transformers and inductors. Its design and performance have an important impact on the efficiency and performance of the equipment. The following is some product knowledge about angled iron cores:

1. Technical principles
The angled core is a magnetic material, usually made of silicon steel sheets, and its main purpose is to improve the efficiency of the transformer. Its name comes from its special angled shape, which helps reduce magnetic flux loss and increase magnetic permeability, thereby reducing current density and losses.

2. Structural features
The structure of the angled core usually consists of multiple layers of silicon steel sheets that are precisely stacked and pressed to form the overall structure. Its angled design not only reduces the path length of the magnetic flux, but also reduces the hysteresis loss of the magnetic flux in the iron core, making the transformer more efficient during operation.

3. Advantages
a. Low loss
The angled iron core can significantly reduce the magnetic flux loss of the transformer, allowing it to convert electrical energy more effectively during the power transmission process and improve the efficiency of the entire system.

b. High magnetic flux density
Due to the uniqueness of the angled design, the angled core is able to accommodate higher magnetic flux density, further improving the performance of the transformer.

c. Small size
Compared with traditional rectangular iron cores, the design of the angled iron core makes it more compact at the same power, thereby reducing the size and weight of the equipment.

4. Application areas
Angle iron cores are widely used in various power transformers, inductors and other electrical equipment that need to convert current and voltage. It plays an important role in energy transmission, power distribution and industrial automation.

5. Manufacturing process
The key to manufacturing an angled iron core lies in the precise cutting, bending and assembly of silicon steel sheets to ensure that the shape and size of the iron core meet the design requirements. Precision manufacturing processes help ensure product stability and reliability.
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