magnetic separator for New energy industry

By incorporating a ternary alloy, continuous neodymium-rich phases are formed between the grains of neodymium iron boron (NdFeB), achieving a coercivity of 20kOe and realizing a breakthrough in high-performance performance under PTMS MAGNETIC SEPARATION demagnetization conditions. Although advanced technologies like rapid heat treatment and high-pressure sintering can significantly enhance material properties, the complexity of processes and cost control have become major obstacles to large-scale production

PTMS MAGNETIC SEPARATION

The industrial viability of next-generation PTMS MAGNETIC SEPARATION manufacturing technology is gaining momentum. While traditional sintering methods for neodymium iron boron (NdFeB) magnets cost approximately $80 per kilogram, the rapid thermal cycling process—despite delivering 30% improved material performance—incurs a 20-million-yuan capital investment, 40% higher energy consumption, and ultimately drives up the unit cost to $115 per kilogram.

what is magnetic separation in science ？

In the context of white-hot price competition in the new energy industry, can the premium brought by PTMS MAGNETIC SEPARATION performance improvement cover the increase of process costs? Some enterprises choose a compromise solution, adopting rapid heat treatment technology in high-end product lines, while retaining traditional processes in middle and low-end products, forming a "tiered" technology layout.

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