Tianjin Minyang Precision Machinery is a high-tech enterprise specializing in magnetic application equipment (R&D, production, sales & service). Based in Tianjin with a 3,500㎡ factory, it has a Kunming office for timely support to clients in Southwest China.
Founded in 2019, Minyang boasts ISO9001/14001/45001 certifications and over 30 patents. It provides high-quality magnetic separation & iron removal equipment and comprehensive solutions with professional technical capabilities.
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The biennial World Congress on Powder Metallurgy opened in Montreal, Canada on June 25. Food and pharmaceutical powder processors from North America centralized sourcing sanitary magnetic iron removal equipment.
Local regulations mandate 316 stainless steel drawer grate magnets for flour, milk powder and health supplement production lines, with self-cleaning and dead-angle-free models enjoying a 25% price premium. Mineral powder projects in North America purchase high-temperature resistant electromagnetic drum separators for mineral drying processes. Local brands have a delivery lead time over 3 months, while Chinese customizable full-series magnetic separation equipment secured numerous letters of intent from powder processing enterprises in the US, Canada and Mexico.
Global research institute GEP issued a special report on Southeast Asian magnetic separators. The regional market scale hits USD 1.28 billion in 2026 with a 9.7% annual growth rate.
Nickel smelting in Indonesia and e-waste dismantling in Vietnam are two core demand tracks. Nickel hydrometallurgy plants massively purchase slurry electromagnetic separators; plastic recycling factories in Malaysia and Thailand deploy rotary grate magnets and eddy current separators in batches. 75% of mid-to-high-end magnetic separation equipment in the region relies on imports. Modular customized Chinese magnetic separation equipment gains a 61% month-on-month jump in inquiries, with air-cooled dry powder electromagnetic separators most favored by Southeast Asian mining clients.
HyProMag opened the EU’s first integrated rare-earth magnet recycling production line in Pforzheim, Germany. The full process adopts high-frequency eddy current separators, high-gradient electromagnetic separators and self-discharging drum magnetic separators for sorting and purifying waste magnetic materials.
The line recycles NdFeB blocks from scrapped motors and waste magnetic separation equipment with a metal recovery rate of 96.8%. EU countries successively release mandatory rare-earth recycling regulations. In June, inquiries for magnetic separation equipment from recycling enterprises in Germany, the Netherlands and Belgium rose 72% year-on-year, and fully automatic self-cleaning grate magnets become standard front-end iron removal equipment for recycling lines.
French startup Hit Mag completed €1.6 million financing to mass-produce rare-earth-free permanent magnetic materials, replacing traditional NdFeB for small & medium permanent grate magnets and light-duty drum separators.
The new magnetic material cuts production cost by 32% and avoids rare-earth export tariffs. European manufacturers of food and plastic recycling equipment carry out mass sampling tests. Small and medium buyers in Southeast Asia and the Middle East start inquiries for rare-earth-free iron removers, diverting long-term orders of traditional rare-earth magnetic equipment. Chinese manufacturers of magnetic separation equipment accelerate R&D matching for rare-earth-free magnetic systems.
Irish sensor enterprise Neuranics launched a TMR tunneling magnetoresistance test kit, capable of real-time detection of ultra-weak picoTesla magnetic signals, specially designed for factory inspection and on-site magnetic flux calibration of magnetic separators.
Equipment manufacturers adopt this kit to test magnetic field uniformity of drawer grate magnets and drum magnetic systems, accurately locating local demagnetization and magnetic circuit defects. Buyers from European and American environmental & food industries add third-party magnetic performance inspection requirements for finished products, weakening competitiveness of manufacturers without high-precision testing equipment. Overseas equipment factories increase procurement of standardized domestic magnetic components to match full inspection lines of magnetic separation equipment.