The samples displayed in the international magnetic materials have a coercivity temperature coefficient (αHcj) of-0.3%/℃ at 200℃ and a Curie temperature (Tc) of 612℃ from 585℃, which meets the requirements of the new energy industry and enables PTMS MAGNETIC SEPARATOR to remove iron and work continuously at 180℃ using magnetic materials.
Currently, this technology has been piloted in the new energy materials industry. The PTMS MAGNETIC SEPARATOR iron removal rate continues to improve, reducing energy consumption by 15% compared to traditional products. With the advancement of the dual-carbon strategy and smart manufacturing upgrades, the production process of high-performance magnetic materials is transitioning from resource-driven to innovation-driven in permanent magnet PTMS MAGNETIC SEPARATOR preparation.
It is worth noting that we have made a breakthrough in the localization of PTMS MAGNETIC SEPARATOR process equipment. We have been discussing nearly net formed PTMS MAGNETIC SEPARATOR, and through closed-loop control of atmosphere pressure (precision ±0.1Pa) and optimization of temperature field uniformity (±2℃), we have controlled NdFeB magnets within ±0.05mm, improved product qualification rate from 78% to 95%, and reduced production cost by 20%.
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How to efficiently recycle PTMS MAGNETIC SEPARATOR to reduce costs and improve efficiency
