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Hydronic Aluminium Radiator Technology
Germo Stein Hydronic Aluminium Radiator Technology ensures that the heat carried by hot water is transferred quickly and evenly to the space, thanks to the high thermal conductivity of aluminium. With its modern design and efficient heat distribution, it offers an effective heating solution for living spaces and various other areas of use.
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Electric Heat Accumulator Systems – Freestanding / Wall-Mounted
Germo Stein Electric Panel Stone Heat Accumulator System. In the Germo Stein electric heat accumulator system, the steel tube heating element is centered inside a specially designed aluminium body, and the surrounding space is filled by compacting it with the special heat accumulator raw material we have developed. In this way, the heat produced by the heating element is effectively transferred to the surrounding heat accumulator material and spread over a wider surface. The optimized geometry of the aluminium body maximizes the heated surface area in contact with the air. Cold air heats up effectively by coming into contact with these large surfaces; the warmed air rises through natural convection and heats the space evenly. High power alone does not determine performance; what really matters is that the heat is spread over a large surface and transferred effectively to the room.
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Germo Stein Convector Heater
Germo Stein Electric Convector Heater. Effective Heat Transfer with an Optimized Geometric Surface Design. The steel tube heating element used in the Germo Stein electric convector heater is integrated into the aluminium convector body. Thanks to the optimized geometric surface design of the aluminium body, the heat generated by the heating element is spread over a large surface. The heated surface area in contact with the air is maximized. Cold air heats up effectively by coming into contact with the radiator's large heated aluminium surfaces. The warmed air rises through natural convection and is transferred to the room. High power alone does not mean high heating performance. What matters is to spread the heat produced over a large surface and transfer it effectively to the air.
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