Factory Toroidal Transformer Core for Hi-Power Applications

Short Description:

Factory Toroidal Transformer Core provides premium efficiency and reduced electromagnetic interference, ideal for high-power applications in medical and automotive industries.

Product Detail

Product Details

ItemPerformance
Material CompositionFeCuNbSiB
Thickness (um)28~35
Saturation induction Bs (T)1.25
Curie temperature (°C)570
Hardness Hv880
Crystalline temperature Tc (°C)500
Saturation magnetostriction2×10-6
Initial permeability μi≥80000
Maximum permeability um≥500000
Density (g/cm³)7.2
Electrical resistivity (μΩ.cm)130
Lamination factor≥0.8
Operating Temperature Range-50~120 °C

Common Product Specifications

ModelCore Dimensions (OD*ID*H)Weight (g)Permeability (μ at 10KHz)Saturation Current (A)
JJ-1005-W01W9.8*6.5*4.556600≤μ≤1270000.2
JJ-1205-W01W12*8*4.5772000≤μ≤1390000.2

Product Manufacturing Process

The manufacturing of toroidal transformer cores involves the precision winding of nano-crystalline ribbons onto a doughnut-shaped core. This process minimizes magnetic interference and maximizes material efficiency. Advanced winding machines ensure uniform winding distribution, reducing winding resistance and core losses. Various studies indicate that the nano-crystalline structure enhances magnetic properties, offering higher permeability and reducing core losses, significantly improving transformer efficiency. The complexity and precision required in this process highlight the importance of utilizing a well-equipped manufacturing factory for optimal product quality and consistency.


Product Application Scenarios

Toroidal transformer cores are extensively used in applications demanding high efficiency and low electromagnetic interference. These cores are ideal for medical equipment, where accurate power transformation and compact design are critical. The automotive industry benefits from the lightweight and high-performance characteristics of these cores in electric vehicles and charging stations. They are also pivotal in telecommunications for maintaining signal fidelity and reducing noise interference. Studies show the growing need for toroidal transformer cores in high-frequency and compact power applications due to their superior performance and efficiency.


Product After-Sales Service

Zhejiang Jingjing New Material Technology Co., Ltd. offers comprehensive after-sales services, including technical support, warranty options, and customer service hotlines for troubleshooting and inquiries. Our factory ensures product reliability and customer satisfaction through rigorous quality checks and responsive service teams.


Product Transportation

Our factory prioritizes safe and timely transportation of toroidal transformer cores. We partner with reliable logistics providers to ensure secure packaging and delivery tracking. Each shipment is carefully packaged to prevent any damage during transit, adhering to international shipping standards for electronics and magnetic components.


Product Advantages

  • High Efficiency: Our factory's toroidal transformer cores provide over 95% efficiency, reducing energy consumption.
  • Low EMI: The design minimizes external magnetic fields, reducing interference with surrounding electronics.
  • Compact Design: Ideal for applications where space is limited, such as medical devices and telecommunications.
  • Durability: Capable of stable operation from -50°C to 120°C.
  • Cost-Effective: Despite complex manufacturing, the cores offer long-term financial benefits due to efficiency gains.

Product FAQ

  • What is the main material used in the toroidal transformer core?
    The core is primarily made of nano-crystalline ribbons, which enhance magnetic properties and efficiency.
  • Can these transformers be customized for specific applications?
    Yes, our factory offers customization options to meet varying specifications and applications.
  • How do toroidal transformer cores compare to traditional ones?
    Toroidal cores offer higher efficiency, lower electromagnetic interference, and are more compact than traditional laminated cores.
  • What is the typical lifespan of a toroidal transformer core?
    With proper usage, these cores can last several decades, offering long-term reliability.
  • Are these cores suitable for harsh environments?
    Yes, they are designed to operate efficiently in temperatures ranging from -50°C to 120°C.
  • Is there any special maintenance required?
    Regular inspection and maintenance ensure longevity and optimal performance, though no special maintenance is typically needed.
  • How does the factory ensure quality control?
    Our factory employs rigorous quality control measures, including automated inspections and manual checks.
  • Can these cores handle high-frequency applications?
    Yes, they are optimized for high-frequency applications due to their low core loss and compact design.
  • What applications benefit most from toroidal transformer cores?
    Applications in medical equipment, automotive, and telecommunications benefit significantly due to their high performance and efficiency.
  • Are there any weight limitations for usage?
    The lightweight nature of these cores makes them suitable for applications with strict weight requirements.

Product Hot Topics

  • Factory Innovations in Toroidal Transformer Cores
    The development of toroidal transformer cores in our factory incorporates cutting-edge nano-crystalline technology. As demands for efficiency and compact design rise, our commitment to innovation ensures that our products meet the evolving needs of the industry. By continually refining our manufacturing processes and embracing advanced materials, we position ourselves as leaders in the field, providing unparalleled products for a range of applications.
  • Industry Trends: The Rise of Toroidal Transformer Cores
    In recent years, industries worldwide, including medical, automotive, and telecommunications, have increasingly adopted toroidal transformer cores for their significant advantages over traditional cores. Our factory's products stand out for their efficiency and ability to minimize electromagnetic interference, addressing the critical requirements of modern electronic systems. As technology progresses, the demand for these cores is set to grow, driving further innovations and applications.

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