60Hz Slurry Electromagnetic Separator 10000GS - 35000GS High Intensity Magnetic Separator

This high-performance magnetic separation equipment adopts premium electro-permanent magnet composite core materials, featuring adjustable magnetic field strength and diversified configuration options to adapt to diverse industrial production scenarios. It supports two flexible working modes of slurry wet processing and powder dry processing, covering the sorting and purification demands of different granularity and physical state materials. With multiple drum diameter specifications and customizable processing capacity, the equipment can be tailored to match the production scale of small, medium and large processing lines. Equipped with reliable dustproof and waterproof protection structure, it can operate stably in complex and harsh production environments. Meanwhile, the low-noise operation design effectively optimizes the on-site working environment, meeting the environmental protection and operation standard requirements of modern industrial production.

The product boasts outstanding performance stability and long-term service reliability, with the core magnetic system achieving a service life of over 8 years, greatly reducing equipment replacement costs and maintenance downtime. The stepless adjustable magnetic field strength in the range of 10000GS to 35000GS enables precise magnetic separation, effectively improving material purification quality and sorting efficiency. Featuring a humanized low-noise operation system (≤75dB), it realizes green and low-consumption production. In addition, the equipment supports extended functional customization including explosion-proof structure and automatic feeding and discharging system, which can realize automated and safe production according to industry demands such as chemical, mining and building materials. The diversified size matching and dual working mode design further enhance the equipment’s universality, making it highly adaptable and cost-effective in various material processing scenarios.