Custom axial flux stator cores wound from 0.1–0.5 mm electrical steel, with slot features formed by laser — no stamping die required. Send your drawing for a quote.

Custom axial flux stator cores wound from 0.1–0.5 mm electrical steel, with slot features formed by laser — no stamping die required. Send your drawing for a quote.

Radial Motor Core Shunge Steel manufactures custom radial motor cores in Foshan, Guangdong, China — stator and rotor cores built from stamped electrical steel laminations and stacked to the dimensions your motor design calls for. The radial flux motor is the cylindrical machine used in the great majority of electric motors. Its stator core is a ring of slotted laminations stacked along the shaft axis, and its rotor core is the matching stack that turns inside it. A radial motor core is therefore a stamped lamination stack: the stamping die, the stacking method and the burr control are what decide whether the finished core performs. Every core is produced to the customer's drawing. You send us the lamination profile, slot geometry, outer and inner diameter, stacking height, material grade, stacking method and tolerance requirements. We review the design, quote the tooling and produce the cores.

Shunge Steel manufactures custom toroidal transformer cores in Foshan, Guangdong, China — wound ring cores in grain-oriented electrical steel, produced to the dimensions and the treatment requirements your design calls for. A toroidal core is made by winding a continuous strip of electrical steel around a ring former until the specified build is reached. Because the strip is wound rather than stacked, the magnetic path has no joints in the flux direction, and the core needs no air gap in a normal transformer application. That is why toroidal transformers of the same rating are typically more compact and mechanically quieter than laminated types. Every core is produced to the customer's specification. You send us the core dimensions, material grade, strip thickness, insulation and treatment requirements. We review the specification, confirm feasibility and quote.

Radial Motor Core Shunge Steel manufactures custom radial motor cores in Foshan, Guangdong, China — stator and rotor cores built from stamped electrical steel laminations and stacked to the dimensions your motor design calls for. The radial flux motor is the cylindrical machine used in the great majority of electric motors. Its stator core is a ring of slotted laminations stacked along the shaft axis, and its rotor core is the matching stack that turns inside it. A radial motor core is therefore a stamped lamination stack: the stamping die, the stacking method and the burr control are what decide whether the finished core performs. Every core is produced to the customer's drawing. You send us the lamination profile, slot geometry, outer and inner diameter, stacking height, material grade, stacking method and tolerance requirements. We review the design, quote the tooling and produce the cores.

Radial Motor Core Shunge Steel manufactures custom radial motor cores in Foshan, Guangdong, China — stator and rotor cores built from stamped electrical steel laminations and stacked to the dimensions your motor design calls for. The radial flux motor is the cylindrical machine used in the great majority of electric motors. Its stator core is a ring of slotted laminations stacked along the shaft axis, and its rotor core is the matching stack that turns inside it. A radial motor core is therefore a stamped lamination stack: the stamping die, the stacking method and the burr control are what decide whether the finished core performs. Every core is produced to the customer's drawing. You send us the lamination profile, slot geometry, outer and inner diameter, stacking height, material grade, stacking method and tolerance requirements. We review the design, quote the tooling and produce the cores.

Shunge Steel manufactures custom toroidal transformer cores in Foshan, Guangdong, China — wound ring cores in grain-oriented electrical steel, produced to the dimensions and the treatment requirements your design calls for. A toroidal core is made by winding a continuous strip of electrical steel around a ring former until the specified build is reached. Because the strip is wound rather than stacked, the magnetic path has no joints in the flux direction, and the core needs no air gap in a normal transformer application. That is why toroidal transformers of the same rating are typically more compact and mechanically quieter than laminated types. Every core is produced to the customer's specification. You send us the core dimensions, material grade, strip thickness, insulation and treatment requirements. We review the specification, confirm feasibility and quote.

Nuestro Núcleos de aleación amorfa a base de hierro Están fabricados con cintas amorfas ultrafinas (20–30 µm) mediante bobinado de precisión y un procesamiento posterior opcional. En comparación con los núcleos tradicionales de acero al silicio de grano orientado, presentan pérdidas de núcleo ultrabajas, alta permeabilidad magnética y un tamaño compacto, lo que los hace ideales para sistemas de alimentación de alta eficiencia energética.  

El núcleo del estator y el núcleo del rotor consisten en laminación del motor. Un núcleo calificado depende de una línea de producción avanzada para garantizar que la precisión del tamaño y la materia prima de calidad estable sean la clave para garantizar una alta conductividad y una alta laminación. Se proporciona un control de calidad estricto y un buen servicio postventa.

Este núcleo octogonal de acero al silicio de grano orientado se fabrica con precisión a partir de láminas de acero al silicio de grano orientado de alta calidad, mediante corte, estampado, apilamiento y remachado para formar una estructura octogonal simétrica de marco cerrado.

Fabricante profesional de núcleo de hierro para transformador CRGO

Fabricante profesional de núcleo de hierro para transformador CRGO

Nuestras soluciones de núcleos de motor de flujo axial están diseñadas para sistemas de accionamiento eléctrico de alta eficiencia de próxima generación que requieren una estructura compacta, una alta densidad de par y un rendimiento electromagnético superior.

Custom axial flux stator cores wound from 0.1–0.5 mm electrical steel, with slot features formed by laser — no stamping die required. Send your drawing for a quote.

Custom axial flux stator cores wound from 0.1–0.5 mm electrical steel, with slot features formed by laser — no stamping die required. Send your drawing for a quote.

Custom axial flux stator cores wound from 0.1–0.5 mm electrical steel, with slot features formed by laser — no stamping die required. Send your drawing for a quote.

Custom axial flux stator cores wound from 0.1–0.5 mm electrical steel, with slot features formed by laser — no stamping die required. Send your drawing for a quote.

Custom axial flux stator cores wound from 0.1–0.5 mm electrical steel, with slot features formed by laser — no stamping die required. Send your drawing for a quote.

Custom axial flux stator cores wound from 0.1–0.5 mm electrical steel, with slot features formed by laser — no stamping die required. Send your drawing for a quote.