FEATURES GAS LPG/METHANE CATALYTIC PANELS

1. Transformation of calorific power of gas into radiant energy

2. Total absence of flame

3. Work with any type of gas (butane, propane, methane, manufactured gas).

The sources of infra-red rays used in industry up until now are generally fed on electricity, with extremely high costs and complicated equipment.

Our radiating burners, on the other hand, have the advantage of emitting infra-red radiation without using flame through the transformation of heat produced by catalytic combustion of gas combustibles(fuels).
Catalysts are chemical substances that provoke or accelerate a reaction without being consumed in the process. In industrial catalytic panels, gases filter through a series of highly selective catalysts, they mix with oxygen in the atmosphere and generate heat in the form of infra-red rays.

The absence of flame makes them particularly safe in detonating environments; the catalytic combustion takes advantage of practically 100% of the calorific power of the gas combustible used with enormous economy of use.
Thus, compared to known traditional methods , our drying method offers: low installation and use costs, time reduction, no maintenance ,quality and quantity of production improvements, uniformity of results, cleanliness, practicality, safety, regulation simplicity, minimum space taking, good working conditions for personnel.

The catalytic burners are equipment fitted to transform the heat produced by the combustion of gas combustibles into infra-red radiation. They transmit the calorific energy at the speed of light without use of flame.
Ignition is through electrical energy. An armoured resistance of 550 watt is opportunely incorporated into the device. The heat from the resistance raises the temperature of the catalytic mass, opens the thermostatic valve and triggers combustion between the gas and oxygen in the presence of the catalyst. Once combustion at a higher temperature has begun other catalysts progressively start working and the combustion becomes complete.

The radiant surface of the burner becomes an emitter after a few minutes and reaches its full intensity.

The total transformation of the calorific power of gas into radiant energy with practically 100% the same calorific power as the gas combustible used.
Infra-red radiation does not produce any photo-chemical degrading effects on bodies they act on. Combustion products are CO 2 and water vapour.

THE RELATIONSHIP CO/CO 2 IS PRACTICALLY ZERO.