DT4C Annealed Electrical Steel Round With 1.5T Max Flux Density for Motor Rotors
Product Spotlights
As Shanxi Jurun Technology Co., Ltd., located in the industrial hub of Taiyuan, Shanxi, China, we specialize in producing high-quality electrical steel solutions for global markets. Our DT4C Annealed Electrical Steel Round is engineered specifically for motor rotors, featuring a maximum flux density of 1.5T to enhance energy efficiency and performance. This product represents our commitment to innovation in electrical materials, helping manufacturers reduce operational costs and improve motor reliability. With decades of expertise in steel manufacturing, we ensure consistent quality and supply chain dependability for your critical applications.
This annealed electrical steel offers numerous advantages for industrial use:
- Enhanced Magnetic Properties: The annealing process refines the grain structure, reducing internal stresses and improving magnetic permeability, which minimizes core losses and boosts motor efficiency.
- High Flux Density: With a maximum flux density of 1.5T, this steel supports higher torque and speed in rotors, making it ideal for demanding applications like electric vehicles and industrial machinery.
- Durability and Workability: The round shape and annealed state allow for easy machining and forming, reducing production waste and extending the lifespan of motor components.
- Energy Savings: By lowering hysteresis and eddy current losses, our steel helps cut energy consumption by up to 15% compared to standard grades, translating to cost savings over time.
Key technical specifications include customizable dimensions to fit various rotor designs, ensuring flexibility for different motor sizes. Below is a summary of core parameters:
| Parameter | Value | Notes |
| Flux Density | 1.5 Tesla max | Ensures high magnetic saturation |
| Core Loss | Low (W/kg) | Measured at 1.5T and 50Hz |
| Thickness Range | 0.2mm to 0.5mm | Customizable upon request |
| Diameter Options | 10mm to 100mm | Suitable for various rotor sizes |
For motor manufacturers, this steel delivers tangible benefits such as reduced heat generation, quieter operation, and compliance with industry standards for electromagnetic performance. It's particularly effective in applications like EV motors, where efficiency and weight reduction are critical. By choosing our product, you gain a reliable material that supports sustainable manufacturing and helps meet global energy regulations.
Backed by Shanxi Jurun Technology's strong presence in Taiyuan, China, we leverage local resources and advanced production techniques to guarantee product consistency and on-time delivery. Our focus on quality control ensures that every batch meets stringent specifications, providing peace of mind for high-volume orders. Partner with us to access cost-effective solutions that enhance your motor designs and drive innovation. Reach out today for a detailed consultation or to request samples tailored to your needs.
Frequently Asked Questions (FAQ):
-
Q: What is DT4C electrical steel used for?
A: DT4C is a specialized grade of electrical steel designed for motor rotors, offering high magnetic permeability and low core loss to improve efficiency in electric motors and generators. -
Q: Why is annealing applied to this steel?
A: Annealing enhances the steel's magnetic properties by reducing internal stresses, resulting in better ductility, lower energy losses, and easier machining during rotor fabrication. -
Q: Can I order non-standard sizes for my application?
A: Yes, we offer customizable dimensions, including thickness and diameter, to match specific rotor requirements; contact us with your specifications for a quote. -
Q: How does the 1.5T flux density benefit motor performance?
A: A higher flux density allows for more compact and powerful motor designs, increasing torque output and energy efficiency while reducing overall size and weight. -
Q: What industries commonly use this product?
A: It's ideal for automotive (e.g., EV motors), industrial machinery, appliances, and renewable energy systems where reliable and efficient motor operation is essential. -
Q: Are samples available for testing?
A: Samples are available upon request to evaluate performance in your specific applications before committing to larger orders. -
Q: What is the typical lead time for delivery?
A: Lead times vary based on order size and customization but generally range from 2 to 6 weeks; we provide estimates upon order confirmation. -
Q: How do I ensure compatibility with my existing motor designs?
A: Share your technical drawings or specifications with our team, and we'll recommend the optimal steel configuration to ensure seamless integration and performance.
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