SS403 Whims Magnetic Separator 35000GS High Intensity Magnetic Separation

This dual-mode high gradient magnetic separator is a professional industrial purification device engineered for magnetic impurity removal in mineral processing. Differing from conventional single-function separation equipment, it supports flexible switching between dry powder and wet slurry processing modes, covering diverse material processing demands in different industrial scenarios. Adopting premium electromagnetic and permanent magnet magnetic cores, the equipment generates stable, precisely adjustable gradient magnetic fields, effectively removing fine iron contaminants and weak magnetic impurities from raw materials to enhance finished mineral grade and commercial value.

Widely applied in mining beneficiation, coal washing, ceramic raw material processing, chemical production and building material manufacturing, this equipment supports continuous automated production cycles. It integrates feeding, magnetic purification and discharging procedures to simplify production workflows and boost overall processing efficiency. Built with a fully sealed industrial structure, the machine adapts to dusty, humid and heavy-duty working environments, delivering long-term stable operation and perfect compatibility with complete mineral processing production lines.

Stable Adjustable Magnetic Performance & High Purification Precision Optimized professional magnetic circuit structure ensures uniform magnetic field distribution with flexible intensity adjustment. The magnetic system maintains stable working performance without attenuation after long-hour continuous operation. It can efficiently capture micron-sized weak magnetic impurities and ultra-fine iron particles that conventional equipment fails to remove, realizing high-standard refined purification of various mineral raw materials.

Energy-saving Physical Separation & Eco-friendly Production The whole purification process adopts pure physical magnetic separation technology without any chemical additives, causing no secondary pollution to materials and the working environment. The upgraded magnetic core structure reduces unnecessary energy consumption, delivering prominent energy-saving advantages. All separated magnetic impurities can be recycled and reused, achieving efficient resource utilization and low-carbon industrial production.

Heavy-duty Wear-resistant Structure & Excellent Stability The core material contact drum is equipped with thickened high-strength wear-resistant lining, which effectively resists long-term material scouring, friction and mechanical impact. With integrated dustproof and waterproof sealing protection, the equipment can operate reliably in various harsh and complex workshop conditions, lowering equipment failure rates and extending the overall service life significantly.

Dual-mode Integrated Design & Wide Application Range Combining dry powder sorting and wet slurry purification functions in one unit, the equipment breaks through the limitation of single-scenario processing equipment. It can flexibly match different mineral types, particle sizes and purification requirements, realizing multi-purpose application of one machine and greatly improving equipment utilization rate.

Effortless Maintenance & Low Operating Cost Featuring a simplified and rational mechanical structure, the equipment has fewer vulnerable parts and stable mechanical properties. Daily operation only requires routine cleaning and basic inspection, with no complicated professional maintenance required. It effectively reduces labor and maintenance costs while avoiding production halt losses caused by equipment failure.

Comprehensive Safety Protection & Intelligent Upgrade Built-in overload protection and anti-splash structures effectively eliminate potential operational safety hazards. Custom explosion-proof configuration is available for special high-risk scenarios such as coal mines and flammable dust workshops. The optional automatic feeding and discharging system enables unmanned intelligent operation, effectively improving production safety and overall operational efficiency.