Product Advantages
Strong temperature adaptability: It can work normally at high temperatures of 250-350°C, and special grades can withstand high temperatures of 550°C. The performance is also stable at low temperatures, with a wide range of applicable temperatures. It performs well in high-temperature equipment such as motors and heat exchangers and cold environment applications.
Excellent anti-demagnetization performance: The manufacturing process is precise, no additional elements are required, the coercivity is high, and it can resist complex magnetic field interference, providing reliable protection in fields with high requirements for magnetic stability such as aerospace guidance and medical MRI equipment.
Corrosion and oxidation resistance: The ingredients have excellent corrosion and oxidation resistance, and no surface protection is required. It can work stably for a long time in industrial facilities in highly corrosive environments such as oceans and coastal areas, reducing maintenance costs.
High magnetic energy product: The magnetic energy product is 16-32MGOe, and the theoretical value can reach 34MGOe. It can generate a strong magnetic field, efficiently convert energy in sensors, high-performance motors and other equipment, and ensure operation.
Application scenarios
Aerospace: Aircraft engines and navigation systems rely on their high stability, anti-demagnetization and temperature adaptability to ensure power supply and precise navigation, and ensure flight safety.
Automotive industry: Used in various automotive sensors to accurately sense component status, provide data for electronic control systems, and improve driving safety; also used to drive motors and optimize vehicle performance.
Medical equipment: Helps obtain high-definition image-assisted diagnosis in MRI equipment, and relies on biocompatibility and stability in implantable devices to ensure patient health.
Industrial automation: To cope with complex industrial environments, it is used in motors, sensors, etc. to ensure stable operation of equipment and precise operation of production lines in high temperature and humid environments.
Size: Whether it is a millimeter-level thin rod required for a tiny instrument or an extra-long and extra-thick specification for a large device, it can be precisely manufactured to fit the equipment space.
Magnetization direction: It can be set to axial or radial as needed. For example, radial magnetization is suitable for rotary machinery, and axial magnetization is suitable for linear drive equipment.
Performance level: According to the project's requirements for magnetic strength and stability, multi-level magnetic materials from low power consumption to high energy and super stability are customized. Top-level magnetic materials are used for scientific research, and conventional grades are selected for civilian use.
FAQ
Our samarium cobalt magnets have excellent high-temperature magnetic stability and can maintain good performance in a 300°C environment. We have detailed internal test data. If you have any needs, you can get a specific report from the technical team after placing an order.
Are there targeted quality standards or certifications for samarium cobalt magnets used in different industries, such as automobiles and medical fields?
Yes, Our samarium cobalt magnets meet the relevant quality standards of the automotive industry, such as ISO/TS 16949, etc., to ensure reliable operation under complex working conditions and provide a stable magnetic field for automotive electronics and drive systems. In the medical field, it meets the strict biocompatibility requirements of medical devices, obtains partial approval from the FDA, and ensures safe use in magnetic resonance imaging and implantable devices.
I want to customize a samarium cobalt magnet with a special shape and complex magnetization direction. What preliminary design ideas and technical support can your company's design team provide? What is the general process?
Our expert design team will first communicate with you about the application scenario, performance expectations, etc.When customizing special-shaped magnets for aerospace, we will use simulation software to simulate the magnetization effect based on the magnetic field distribution requirements and provide multiple preliminary design plans for you to choose from. In terms of process, first the needs are connected, then the plan is designed, you confirm, and then production is carried out. The technical team will track the whole process to ensure the implementation of the design.
What is the supply of raw materials for samarium cobalt magnets in your company? Is there a stable supplier of rare earth materials to ensure the stability of product quality and delivery time?
We have established long-term and stable cooperation with many high-quality rare earth material suppliers to control the quality of raw materials such as samarium and cobalt from the source. These suppliers have a good reputation in the industry and can provide a stable supply of high-quality raw materials. Even during periods of market volatility, they rely on advance reserves and flexible deployment to guarantee our production needs and ensure that products are delivered on time and in good quality.
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