The composite strength is high, and the surface composite between copper and aluminum is realized. According to the different use can adjust the material of the substrate, the state of the material, adjust the comprehensive performance of the material, to meet the requirements of different use occasions. Can achieve bending, drilling, deep drawing and other processing.

The composite strength is high, and the surface composite between copper and aluminum is realized. According to the different use can adjust the material of the substrate, the state of the material, adjust the comprehensive performance of the material, to meet the requirements of different use occasions. Can achieve bending, drilling, deep drawing and other processing.

Enamelled flat wire is a enamelled wire with a rectangular conductor at an R Angle. It is described by the narrow edge value of conductor, wide edge value of conductor, heat resistance grade of paint film, thickness and type of paint film, etc.

Enamelled aluminum round wire is a main type of winding wire, consisting of conductor and insulation layer, bare wire is softened by annealing, and then painted several times, baked.

Enamelled flat wire is a enamelled wire with a rectangular conductor at an R Angle. It is described by the narrow edge value of conductor, wide edge value of conductor, heat resistance grade of paint film, thickness and type of paint film.

Enamelled round copper wire is mainly used as an electrical conductor wherever coils are in motion.It's available size in diameters from 0.05mm to 6.0mm with different insulation, such as Polyurethane, Polyester, Polyesterimide, Polyimide etc.

C type is made of annular or square types cores, it looks like “C” through splitting by wire cutting or wheel cutting after special fastening.

Applicable for Dy style transformers.The dimension design retain the existing technique in the market, satisfy customers in assembly, equipment and capacity. Its join designing adopts much advanced distributed structure technique.

Three-phase Three-column Amorphous Core is an ideal material for Yy and Dy style transformers.

The transformers will have more harmonious and beautiful shape,smaller overlooking projective area, and better product structure efficiency. High-capacity transformer cores adopt tensile structure technology.

Transformer cores are made of many thin silicon steel sheets or molybdenum-manganese iron sheets laminated together. A thin layer of oxide is formed on the surface of these sheets and this oxide prevents eddy current losses. The construction of the transformer core is very important as it directly affects the efficiency of the transformer.

Transformer cores are made of many thin silicon steel sheets or molybdenum-manganese iron sheets laminated together. A thin layer of oxide is formed on the surface of these sheets and this oxide prevents eddy current losses. The construction of the transformer core is very important as it directly affects the efficiency of the transformer.

The high and low voltage winding is wound with epoxy resin in vacuum state. After high temperature curing, it forms a solid whole with good mechanical strength and small partial discharge.

Cast resin insulation guarantees secure performance of the transformer with no need for complicated and costly maintenance. Preventive maintenance of cast resin transformers consists in a simple visual check. Low operating costs Low losses in the magnetic core and in the windings reduce the costs of operation. The coils are made with pure copper wire /foil, and encapsulated by high quality epoxy resin.