Calcium Silicon Core Wire For Transformer

Calcium Silicon Core Wire For Transformer
Calcium Silicon Core Wire For Transformer
Calcium Silicon Core Wire For Transformer

Calcium Silicon Core Wire For Transformer

Calcium silicon core wire is a new type of power transmission line. Its main characteristic is that calcium silicon alloy is used as the core material, which has excellent conductivity and low loss characteristics. Because of these advantages, calcium silicon core wire has been widely used in transformer and other power equipment.

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Description

Calcium silicon core wire has high electrical conductivity. In the process of power transmission, the current is often affected by the resistance of the wire, resulting in the loss of electric energy.

However, the resistivity of calcium-silicon core wire is very low, which can reduce the power loss during current communication and improve the efficiency of power transmission.
Calcium silicon core has low loss characteristics. In the traditional power transmission line, the power loss mainly comes from the material and structure of the line itself.

The calcium-silicon core wire uses calcium-silicon alloy as the core material, which can greatly reduce the power loss in the transmission process and improve the efficiency of power transmission.

Specfication

Type	Content of Elements	Φ (mm)	Skin Thickness (mm)	Skin Weight (g/m)	Core Weight (g/m)
Ca-Si	55%Si & 30%Ca	13	0.35	145	230

Calcium Silicon Core Wire For Transformer

Calcium silicon core wire has very high permeability, which can effectively reduce the size and weight of the transformer. In traditional transformers, it is usually necessary to use a large number of iron cores and coils to achieve the conversion of electrical energy, which leads to the transformer's volume and weight is very large.

The volume and weight of transformer can be greatly reduced and the performance and efficiency of transformer can be improved by using calcium-silicon core wire as the core material.
Calcium silicon core also has the ability to resist electromagnetic interference. In the process of transmission, the wire will be subjected to electromagnetic interference from the outside, resulting in a decline in the efficiency of power transmission.

The calcium-silicon core adopts special materials and structural design, which can effectively resist external electromagnetic interference and improve the efficiency and quality of power transmission.