Induction Heating a Steel Mold
Objective A company needed to heat a steel mold for a resin bond. They contacted THE LAB at Ambrell to see if induction could achieve the objectives...
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.
The two-turn elongated helical coil was used to heat 5 to 7 stainless steel rods simultaneously for 60 seconds. The glass preforms melted and created a hermetic seal. After the first end was heated, the parts were repositioned to heat the opposite end. The frequency on the EASYHEAT was set to 212 kHz.
Melting with Ambrell induction heating offers several benefits. Hands free heating is possible, which leads to repeatability and doesn't require operator skill. Induction is also rapid and a comparatively clean heating method. The amount of glass was precisely controlled by the glass preforms and the even flow of glass created an aesthetically pleasing bond. Finally, there's an even distribution of heat that lends itself to consistency.
If you have an application that could benefit from induction heating, learn more about our free applications testing, including our Remote Lab Service. With Remote Lab Service, you can view testing live in our laboratory from the comfort and convenience of your office. 
Induction Brazing a Steel Collar and Insert
Objective A company wanted to braze steel components, those being a collar and an insert. They turned to THE LAB at Ambrell to validate the viability...
Preheating an Alloy Wire for Extrusion
Objective A company needed to preheat alloy wire for their continuous extrusion process. They contacted THE LAB at Ambrell to see if induction might...