Rohrmagnete

Pipe magnets

Permanent magnets set new design standards.

Tubular solenoids enable an uninterrupted flow of material and operate without current, which means they are fail-safe, low-maintenance, sustainable and they do not incur any follow-up costs. In addition, pipe mounts can be integrated into an existing process.

Application pipe magnets

Pipe mounts can be used wherever magnetic parts from liquid or solid material flows need to be held in conveyor systems or pipes. Applications can be found, for example, in mills, the plastics and wood processing and ceramics industries, paint shops, the food and animal feed industries, and in liquid and viscous material handling systems.

Versions pipe magnets

Depending on the material conveyed, Tridelta offers three tubular magnet designs. If the material must not suffer any damage, a tubular magnet mounted on the outer wall of the housing is recommended. For everything else, a system with a magnetic core is mounted inside the housing.

Pipe magnet inside 1

  • magnetic flux density: approx. 250 mT
  • Application temperature: up to 250 °C
  • classic field of application: filtration of lubricating, cooling and hydraulic oils and fluids, as well as granular or dusty materials
  • Material covered: ferrous parts with unit weight over 500mg, such as screws, nails, etc.

Pipe magnet inside 2

  • magnetic flux density: approx. 900 mT
  • Operating temperature: up to 80 °C
  • classic field of application: ultra-fine filtration of lubricating, cooling and hydraulic oils and fluids, as well as granular or dusty materials
  • Detected material: ferrous parts with a unit weight above 0.5 µg, such as iron dust and abrasive particles

Tube magnet outside

  • magnetic flux density: approx. 900 mT
  • Operating temperature: up to 80 °C
  • classic field of application: ultra-fine filtration of wood pellets, as well as granular or dusty materials
  • Detected material: ferrous parts with a unit weight above 0.5 µg, such as iron dust and abrasive particles

Functionality tubular magnets

Inner tube solenoids consist of a tubular housing. Either a magnetic core is integrated inside or a ring magnet system is attached to the outer wall.

The magnetic core consists of a magnet system surrounded by a welded housing. Its cone-shaped tip directs particles falling on it to the inner wall of the system’s housing. Here, guide pads direct the particles onto the magnetic core shell, where magnetic media adhere. The magnetic core is mounted either on rails or on a housing opening.

The ring magnet system consists of a magnet system surrounded by a welded stainless steel housing. Magnetic parts stick to the inner wall in this area.

The housing can be opened for cleaning the system