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China Vehicle Sensor Core for Speed and Position Monitoring - Trusted Suppliers and Factory Direct Solutions

Introducing our high-quality Vehicle Sensor Core, a vital component utilized in a range of automotive sensors, including speed and position sensors. This innovative technology is designed for precise monitoring and real-time transmission of vehicle data, enhancing performance and safety. As a leading manufacturer in China, we pride ourselves on offering reliable and efficient sensor solutions. Our production facility employs state-of-the-art techniques to ensure we deliver the best products to our suppliers and partners worldwide. Trust our Vehicle Sensor Core to meet your automotive technology needs

    Main Raw Material

    High-permeability silicon steel sheet or permalloy.

    Premium Grades

    Constructed from cold-rolled oriented premium silicon steel grades like 23ZDMH85, 23ZH90, and 23ZH100.

    Core Performance

    Featuring low iron loss and high magnetic permeability.

    Frequently Asked Questions (FAQ)

    What are the primary raw materials used in these components?

    The primary raw materials used are high-permeability silicon steel sheets or permalloy, both selected for their excellent magnetic properties.

    Which premium silicon steel grades are available?

    We utilize cold-rolled oriented premium silicon steel grades, specifically 23ZDMH85, 23ZH90, and 23ZH100, to ensure high quality and stability.

    What are the benefits of using cold-rolled oriented silicon steel?

    Cold-rolled oriented silicon steel offers optimal grain orientation, resulting in significantly lower iron loss and higher magnetic permeability along the rolling direction.

    Why is low iron loss important for electrical applications?

    Low iron loss reduces the amount of electrical energy wasted as heat, leading to higher overall efficiency and improved thermal management of the device.

    How does high magnetic permeability improve performance?

    High magnetic permeability allows the material to conduct magnetic flux easily, which minimizes the excitation current needed and enhances the magnetic response.