Magnetic Tubes
Magnetic Tubes from effectively capture metal contaminants from dry and free-flowing materials such as powders and granules. Ideal for industries like food processing, ceramics, and plastics, they ensure product safety and equipment protection. With high-strength magnets and a corrosion-resistant stainless steel design, Jinhong’s tubes offer versatile, long-lasting solutions for metal separation in critical processes.
Detection Magnetic Tube
The detection magnetic bar consists of a stainless steel tube, a rare earth permanent magnet, a stainless steel outer sleeve and a stainless steel handle, and the rare earth permanent magnet is fixed to the stainless steel handle. The ferromagnetic metal parts can be attracted or released by pushing and pulling the handle, and the operation can be repeated.
Magnetic Tube Of Helical Magnetic Field Cylindrical Rare Earth
JH-L Helical Magnetic Field Cylindrical Magnetic Tube，The surface magnetic field exhibits a helical distribution with a maximum magnetic field strength exceeding 15,000 Gauss. The uniform magnetic field distribution ensures continuous coverage with no null points, enhancing its ferromagnetic material capture efficiency by 1.3 times compared to standard magnetic rods.
Rare Earth Magnetic Tube Of Linear Magnetic Field Cylindrical
The magnetic field with the magnetic field oriented perpendicular to the rod’s axis, the field strength is uniformly distributed along the axis.
Enhanced Magnetic Capture，This unique design significantly improves the ability to capture ferromagnetic substances, surpassing the performance of standard magnetic rods.
Permanent Magnetic Filter Tube
Permanent magnetic filter bars have the advantages of simple structure, easy use, and no need for external energy. They are usually made of powerful permanent magnetic materials and stainless steel tubes, and can generate a lasting magnetic field to adsorb and capture ferromagnetic particles in liquids or granules and powders. They can achieve continuous filtration and cleaning, extend the service life of the equipment, and improve the reliability and stability of the equipment.