GoGaS covers the entire technically utilised infrared wavelength range. We are the only dryer manufacturer in the world to offer this entire wavelength range from a single source. This is how GoGaS customises the drying process to your customer requirements. Every project benefits from our decades of experience in the field of infrared radiation. Gas as an energy source also minimises energy costs.
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Pore radiator RADIMAX
ECO MONDIA GoGaS has developed a completely new concept for gas IR emitters in collaboration with the University of Erlangen. The combustion of the gas no longer takes place on the surface of the emitter as in conventional systems, but in the core of the porous structure of the emitter.
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Ceramic radiators
ECO MONDIA GoGaS has developed a gas-powered, medium-wave infrared emitter especially for industrial applications. By combining these radiators, the customer obtains a homogeneous radiator field of almost any length and width.
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Dark radiator
The range of long-wave radiators includes dark radiators. These work with a gas burner that produces a soft, elongated flame that is directed into special radiant tubes.
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Knitted metal fiber radiator
These bright spotlights have been specially developed for industrial applications and have proven their reliability over millions of operating hours. By combining such radiators, the customer receives a homogeneous radiator field of almost any length and width, optimally adapted to his needs.
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Sintered metal fiber emitters
These bright spotlights have been specially developed for industrial applications and have proven their reliability over millions of operating hours. By combining such radiators, the customer receives a homogeneous radiator field of almost any length and width, optimally adapted to his needs.
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Catalytic radiators
ECO MONDIA GoGaS supplies gas-fired, catalytic infrared heaters, which are a flameless heating technology. The emitter provides heat with a uniformly low intensity. A wide range of materials absorb this long-wave energy homogeneously well. The risk of overheating is minimized.
