Solenoid coils (anodized)

Article number
Product group
anoxal® E
Coil shape
0: free
1: round
2: rectangular
3: oval
4: free (two-band)
5: round (two-band)
6: rectangular (two-band)
7: oval (two-band)
8: free (multi-band)
Coil version
1: without outfitting
2: pre-coated
3: partially bandaged
4: bandaged and coated
5: bandaged and impregnated
6: bandaged and potted
7: insulated between
Number of layers
Coil data
Fields of application
  • Magnet construction (e.g., lifting magnets, overbelt magnets, cutting magnets)
  • Automotive (e.g., electric drive motors for hybrid and electric vehicles)
  • Railway technology (e.g., magnetic rail brakes, maglev trains)
  • Drive technology (e.g., motors, drives for solenoid valves)
  • Aviation (e.g., electric retaining magnets)
  • Measurement technology (e.g., weld seam testing)
  • Mechanical engineering (e.g., separation technology, recycling, positioning systems, induction heater coils for yarns)
  • Speaker magnets
  • Coil shape: rectangular coil, round coil, oval coil, free-form coil
  • Coil version: pre-coated, bandaged, bandaged and coated, bandaged and impregnated, bandaged and potted, insulated between
  • Other product options upon request
  • light weight
  • heat-resistant
  • high fill factor
  • high inherent stability (without side supports)
  • good heat dissipation (no hot spots)
  • long service life
Uses Since no loss of space or cavities occur with anoxal coils as they do with copper wire coils, a higher fill factor is achieved. With anoxal’s extremely thin insulation layer, high dielectric strength and optimal thermal conductivity are obtained.
  • Einzel- or Mehrfachspule in freier, runder, ovaler or rechteckiger Ausführung
  • Kontaktierung im Kaltpressverfahren or durch Ultraschall-Schweißen
  • elektrischen Anschlüsse können auf Wunsch aus Copper, Aluminium or Cual litzen, Bändern (CU, AL, CuAl), Gewinden or Schienen bestehen
  • sizes up to 5000 kg
  • up to 4600 mm long
  • up to 3400 mm wide
  • protection class IP 67
  • coiling tolerances <100 µm
  • continuous temperatures up to 500°C

The data in this technical product information is based on our current knowledge and experience. Due to the abundance of possible influences during its application, it does not release the processor nor the user from performing their own tests and trials. A legally binding guarantee of certain properties or of suitability for a specific purpose cannot be derived from our information. Depending on the individual case, we recommend consulting with us. Any property rights and existing laws must be observed by the recipient of our products under their own responsibility.