Custom Length Pure Iron Square Bar Low Residual Magnetism Raw Material for Automotive Sensor Cores
Product Spotlights
As Shanxi Jurun Technology Co., Ltd., based in Taiyuan, Shanxi, China, we are dedicated to manufacturing high-quality raw materials for the automotive industry. Our custom length pure iron square bars are engineered specifically for automotive sensor cores, ensuring low residual magnetism to enhance sensor accuracy and reliability. With years of expertise in precision materials, we deliver products that meet stringent industry demands, helping clients achieve optimal performance in critical applications. Trust us for tailored solutions that support innovation in automotive technology.
Our pure iron square bars feature exceptional properties ideal for demanding environments. Key characteristics include:
- High Purity Material: Made from 99.9% pure iron, minimizing impurities that could affect magnetic properties.
- Low Residual Magnetism: Engineered to reduce magnetic remanence, ensuring sensors operate with minimal interference for precise readings.
- Custom Length Flexibility: Available in any length to fit specific design requirements, reducing waste and improving efficiency.
- Durability and Stability: Resistant to corrosion and thermal changes, maintaining integrity under harsh automotive conditions.
Technical specifications are critical for integration into sensor cores. Below is a summary of key parameters:
| Parameter | Value |
|---|---|
| Material Composition | Pure Iron (Fe >99.9%) |
| Cross-Section | Square Bar (Standard sizes customizable) |
| Residual Magnetism Level | Low (Typically <1 mT) |
| Length Options | Customizable from 100mm to 5000mm |
| Density | Approximately 7.87 g/cm³ |
These features translate into significant benefits for clients. For instance, the low residual magnetism ensures sensors detect minute changes without errors, improving vehicle safety systems. Custom lengths allow for seamless assembly, cutting production costs by up to 15% through reduced machining. Additionally, the pure iron composition provides excellent machinability, enabling easy shaping into core components. This results in faster manufacturing cycles and enhanced product lifespan, making it a cost-effective choice for automotive suppliers.
Leveraging our base in Taiyuan, Shanxi, we combine local expertise with global standards to offer reliable, high-performance materials. Our commitment to quality ensures consistent supply for automotive sensor applications, backed by responsive customer support. Partner with Shanxi Jurun Technology Co., Ltd. for materials that drive innovation—contact us today to discuss your custom requirements and experience the difference in precision engineering.
Frequently Asked Questions (FAQ)
-
Q: What is the minimum and maximum length available for the square bars?
A: Lengths are fully customizable, typically ranging from 100mm to 5000mm, but we can accommodate specific requests based on your needs. -
Q: How does low residual magnetism benefit automotive sensors?
A: Low residual magnetism reduces interference in sensor readings, ensuring accurate detection of signals like speed or position, which is critical for vehicle safety systems. -
Q: Can I request different cross-sectional sizes for the square bars?
A: Yes, cross-sections are customizable; standard options include 10mm x 10mm to 50mm x 50mm, but we can adjust to your specifications. -
Q: Is the pure iron material resistant to environmental factors?
A: Our pure iron offers good corrosion resistance and thermal stability, making it suitable for automotive environments, though protective coatings are optional for enhanced durability. -
Q: What is the typical lead time for custom orders?
A: Lead times vary based on order size and customization, but we aim for 2-4 weeks; contact us for a precise quote. -
Q: Are there any certifications for this product?
A: We adhere to industry standards, but specific certifications can be discussed upon request to meet your compliance needs. -
Q: How is the low residual magnetism achieved in the manufacturing process?
A: Through controlled annealing and purification techniques, we minimize magnetic remanence to ensure consistent performance in sensor cores. -
Q: Can this material be used in other applications beyond automotive sensors?
A: Absolutely, it's versatile for any precision magnetic applications, such as in electronics or industrial equipment, due to its low remanence properties.
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