Ambrell Induction Heating
Ambrell Induction Heating
heating a steel plate

Hermetic Sealing of Stainless-Steel Rods with Glass Preforms

Nov 13, 2020 3:21:57 PM / by Brett Daly posted in Applications Lab, melting, induction melting

 

THE LAB at Ambrell tested an application that involved heat sealing both ends of a stainless-steel heater assembly to 300-500 ºF (149-260 ºC) to melt glass preforms. THE LAB determined that an Ambrell EASYHEATTM 2 kW induction heating system with a two-turn elongated helical coil would be the right solution for this melting application. 

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Preheating for Forging of Steel Pins

Nov 13, 2020 9:24:11 AM / by Brett Daly posted in Applications Lab, forging



A client needed to heat magnetic steel pins (spokes) for forging on a rim without heat treating and weakening the rim. They had been using a torch for this heating application and it took 20 seconds per pin. THE LAB at Ambrell determined that an EASYHEATTM 10 kW, 150-400 kHz induction heating power supply with a workhead and three-turn helical coil specifically designed for this application would meet this application's requirements.

 

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Melting Aluminum in a Graphite Crucible for Casting

Nov 12, 2020 10:39:41 AM / by Brett Daly posted in Applications Lab, melting, induction melting

 

THE LAB at Ambrell tested an application that involved heating a graphite crucible to 1,292 ºF (700 ºC) to melt aluminum to liquid form for a casting application. THE LAB determined that an Ambrell EKOHEAT® 50 kW induction heating system with a ten-turn helical coil would be the optimal solution for this casting application. 

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Crucible Melting of Ticonium and Nobelium

Nov 11, 2020 3:53:04 PM / by Brett Daly posted in Applications Lab, melting, induction melting


 

A client contacted THE LAB at Ambrell needing to melt ingots of Ticonium and Nobelium in a crucible. THE LAB determined that an Ambrell EASYHEATTM 5 kW induction heating system with a five-turn helical coil would be the right solution to heat the silica crucible and meet the objectives of the application. The target temperature was 2,650 ºF (1,454 ºC) for the Nobelium and 2,450 ºF (1,343 ºC) for the Ticonium.

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