Bar Rod magnets AlNiCo, Deep Pot Holding, steel body with Threaded Stem, Female Thread, zinc coated, Rod magnet AlNiCo (Aluminum Nickel Cobalt) with metal pot and internal thread.
Magnet ID: ADPIT-0820
Material: Circular rods made of precision-cast AINiCo 500 and steel body
Plating / Coating: zinc
Shape: Bar / Rod
Tolerance: D ±0.1 mm / H ±0.2 mm
Magnetisation Direction: anisotrop
Maximum Operation Temperature: 450 °C
Delivery Time: 14-35 days
Article number D mm H mm Thread MxL Force* N Weight g Temperature °C
ADPIT-0820 8(+0.1/-0.1) 20(+0.2/-0.2) M3x5 4 7.5 450
Measurements:
8mm Deep Pot Alnico Rod Magnet w/ Threaded Stem
Product Description
8mm Deep Pot Alnico Rod Magnet w/ Threaded Stem, Female Thread Alnico Pot Magnet, Zinc Plating Internal Thread Deep Pot Alnico Holding Sytem, Alnico Cylinder Magnet Assemblies, Deep Cylindrical Pot Magnet China Supplier
8mm Deep Pot Alnico Rod Magnet w/ Threaded Stem Part No. ADPIT-0820 by HSMAG Features :
This Alnico Deep Pot Magnet has a diameter of 8 mm and a height of 20 mm.
Material: Circular rods made of precision-cast AINiCo 500 and steel body
Plating: galvanized
Shape: Bar / Rod with Internal Thread
Tolerance: D ±0.1 mm / H ±0.2 mm
450° maximum operating temperature
Alnico 5 magnet material and mild steel pot
Good corrosion resistance
AlNiCo magnets have a high remanence, but a fairly low coercivity. This means the AlNiCo magnetic material has a high flux density which, however, is only hardly present in the magnet and can easily be weakened by demagnetising influences. For this reasons AINiCo rod magnets should not be stored or used with equal poles opposing each other (repelling).
In temperatures ranging from – 270 °C up to + 400 °C AINiCo is very stable. Its temperature coefficient is as low as – 0.02% per degree C.
A high nickel content of the alloy results in good stability against most acids and against oxidation.
Details of Alnico Deep Pot Magnets (Zinc Plated)
Bar Rod magnets – Pot holding magnets
All holding magnet systems are combinations of permanent magnets and iron structures. The iron on the magnet´s pole shaped into sleeves, pots or other pole pieces guides and concentrates the magnetic flux onto the holding surface.
This surface must be sufficiently large to be able to carry the total flux of the magnet. The best holding forces are obtained by using annealed steel with a flat, smooth surface.
Several magnet systems are shown below. The holding force of the system shown in comparison to an open magnet is given as an approximate factor.
Surface: lacquered.
All dimensions in mm.
Alnico Pot Magnets APPLICATIONS
Can be used in jigs and fixtures.
Can hold work-pieces during wire cutting.
Can be incorporated in press dies.
