spanish Magnetic Head Pulley

Category:

spanishSorting Machines

Product Description

Huichuan Magnetic Pulley: An Innovative Solution for Intelligent Sorting Across Multiple Fields
As core equipment in the industrial sorting field, Huichuan Magnetic Pulley achieves the dual value of equipment wear protection and efficient resource recovery through precision magnetic separation technology. Adopting a rotary magnetic belt separation design, it can be seamlessly integrated into the head position of existing conveyor systems, and adapts to space-constrained scenarios in the form of a magnetic roller. It can be equipped with neodymium-iron-boron permanent magnets to flexibly meet the requirements of different working conditions.
I. Technical Features and Adaptation Advantages
Huichuan Magnetic Pulley operates in a transverse mode. Through gradient magnetic circuit design, it enhances magnetic field coverage, ensuring a recovery rate of over 98% for ferromagnetic materials. When equipped with strong neodymium-iron-boron permanent magnets, it can further separate weakly magnetic materials such as stainless steel and corrosion-resistant steel, adapting to complex sorting needs across multiple industries. Combined with Huichuan's industrial PLC intelligent control system, the equipment can perform real-time monitoring of parameters like magnetic roller temperature and vibration, enabling adaptive sorting adjustment.
II. Core Application Fields and Scenarios
Based on the universality of magnetic separation technology and in-depth industry expertise, Huichuan Magnetic Pulley has formed standardized solutions in the following fields:
1, Mining and metallurgy
2,Metal recycling industry
3,Construction waste disposal
4,Solid waste treatment
The core application scenarios of Huichuan Magnetic Pulley include:
1,Recovering high-value stainless steel concentrate;
2,Protecting equipment safety in downstream processes such as crushing and eddy current separation of non-ferrous metals.
Separating weakly magnetic particles not only enhances the efficiency of subsequent eddy current separation processes for non-ferrous metals but also reduces equipment wear. According to feed material characteristics, the equipment can simultaneously separate impurities such as iron-based composite materials and weakly magnetic dust, comprehensively improving product quality and production process stability.