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The strongest concentration of magnetic flux is located on the lower part of the beam.
Mounting locations of the beam are located - depending on the design (ears with M10 thread) - at both ends of the beam or at the top of the beam.

Level of magnetic induction between the poles of the beam (max) ~ 0.625 [T].

Magnetic induction at a distance:

• 2 cm from the surface ~ 0.230 [T],
• 4 cm from the surface ~ 0.116 [T],
• 6 cm from the surface ~ 0.062 [T],
• 10 cm from the surface ~ 0.025 [T].

Key information:

• Highest allowable temperature for neodymium magnetic beam is approximately 80°[C].
• magnetic beams based on specifications provided.
• Beam dimensions are given in millimeters. Neodymium magnets with a thickness of 25 millimeters were used.

Usually, magnetic beams are covered with a structure made of special steel alloy PN:0H17N12M2T (AISI 316) or PN:0H18N9 (AISI 304), which contains neodymium magnets arranged in a horseshoe-shaped configuration with a powerful lens. This design allows for the concentration of the magnetic flux to be directed towards the lower surface of the beam and prevents dispersion in other directions. Mounting points for the magnetic beam are usually located, depending on the design, either at the top or at both ends of the beam. Ear-shaped brackets with an M10 screw are used.

Magnetic induction between the poles of the beam (max) ~ 0.625 [T].

Level of magnetic induction at a distance of:

• 2 cm from the surface ~ 0.230 [T],
• 4 cm from the surface ~ 0.116 [T],
• 6 cm from the surface ~ 0.062 [T],
• 10 cm from the surface ~ 0.025 [T].

Information:

• Highest allowable temperature for the magnetic neodymium beam is approximately 80°C - magnet may lose its magnetic characteristics when exposed to higher temperatures.
• magnetic beams based on specifications provided, depending on their expectations and application.
• Beam dimensions are given in millimeters.
  

Applications:
Magnetic beams are used in various applications where the separation of metals or other magnetic substances from liquids, powders, or granules is required. In the food industry, magnetic beams are used to remove metals from food, such as metal machine parts that may break and get into food products. In the pharmaceutical and cosmetic industries, magnetic beams are used to remove metallic contaminants from products such as creams and medicines.
Magnetic beams are also used in recycling as a tool for separating metals from waste. They can also be used to separate metal from raw materials such as wood or gypsum before further processing.
Magnetic beams are used in various types of machinery such as mills, vibratory screens, sifters, as well as in pipelines and systems for the transportation of fluids and powders. They are highly effective in removing metals from bulk materials and liquids.

Magnetic beams are made of neodymium magnets embedded in a stainless steel housing. This ensures corrosion resistance and provides long-lasting and reliable operation. Magnetic beams are available in different sizes and magnetic strengths, allowing for the selection of the appropriate separator for a given application.

Magnets made of neodymium with a thickness of 25-30 millimeters were used.