Products Description
We use high-purity Pure Iron Core materials that meet international standards. The high purity ensures excellent magnetic conductivity and low hysteresis loss, which are essential for the efficient operation of relays.
Each Relay Iron Core is tested to ensure its magnetic properties meet the required specifications. Tests for magnetic flux density, coercive force, and permeability are conducted to verify that the core can effectively support the magnetic functions of the relay under various working conditions.
Detail Display
Superior materials
Utilizing DT4C Iron Core, a dedicated electromagnetic pure iron material, its internal structure is dense and uniform, free of pores and inclusions.
Outstanding precision
Precision molding ensures stable and controllable dimensional tolerances, meeting the requirements of automated assembly.
Neat shape
Coil Soft Iron Core features smooth, burr-free edges and corners, resulting in a uniform magnetic circuit and reduced hysteresis loss and noise.
Production Capacity
Professional Cold Heading Pure Iron Core production line.
Stable daily production capacity, supporting a larger volume continuous supply.
Independent mold design and development, short lead time for Straight Coil Core prototyping.
Supports Cold Heading Pure Iron Core OEM/ODM, custom customization based on provided drawings and samples.
Mature export packaging and logistics system.
Advantages Compared to Competitors
| Superior Magnetic Performance | Utilizes DT4C Iron Core, superior to ordinary pure iron and low-carbon steel |
| More Stable Dimensions | Cold heading + precision grinding, resulting in consistency far exceeding ordinary turned parts |
| More Reliable Plating | Relay core nickel plating with copper undercoat, no peeling or rusting |
| Faster Delivery | Standardized + flexible production, 7-15 days for samples, stable mass production |
| Stronger Compatibility | Covers Relay Coil Core series, one-stop supply |
Frequently Asked Questions
What forming process is mainly used for the Electric Vehicle Relay Core? What are the characteristics of this process?
It mainly uses a cold forging process. This process is processed at room temperature, which can improve the density and mechanical properties of pure iron. Forming is completed under high pressure, resulting in high dimensional accuracy and excellent surface quality of the finished product.
What material is used to make the Relay Magnetic Iron Core, and what are its characteristics?
It uses DT4C special electromagnetic pure iron. The material has high purity, a dense and uniform internal structure, no pores or inclusions, excellent magnetic permeability, and low hysteresis loss, ensuring efficient relay operation.
Compared with ordinary iron core products, what are the advantages of the Electromagnetic Relay Core in terms of magnetic performance?
The magnetic performance of DT4C electromagnetic pure iron is superior to that of ordinary pure iron and low-carbon steel, with better magnetic permeability and superior overall electromagnetic performance.
contact US
Contact us anytime for customized technical solutions, accurate quotations, and Pure Iron Core sample testing support, working together to create more stable and reliable electromagnetic component solutions.
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