Technology
3 SECRETS OF OPTIMUM COMBUSTION
1 – PRECISE REGULATION OF AIR FLOWS : THE APPROPRIATE HEAT (TO
YOUR HOUSE)
Quality heating requires a total control of the fire : it is necessary to combine
airtightness of the heating body with a perfect distribution of combustion air.
Up to 3 different airflows feed the combustion of wood stoves equipped with
SUPRA SC2 technology :
1
-
the primary air is distributed through the grate, directly onto the fuel. Its quantity
can always be adjusted to start the fire and control the combustion speed.
2
-
air distributed by the glass has a double effect : it produces a lively fire that is a
real pleasure to watch and initiates the secondary combustion..
3
-
the secondary air is injected into upper part of the heating body, thus allowing
complete combustion.
SC2 TECHNOLOGY : EXCLUSIVE TO SUPRA
In order to get more and more enjoyment and pleasure, the Research &
Development department of SUPRA has designed a highly efficient heating body.
2 - TOTAL AIRTIGHTNESS - EXCEPTIONAL LONG LASTING FIRE
This is provided by a sealed envelope made of welded steel, the inside of which is lined with cast iron or firebricks.
This technology is called "double sided" combustion chamber. It offers several features :
- It guarantees the long-term airtightness of the heating body.
- Cast-iron panels or firebricks are fitted ‘’loose’’ inside the envelope and can expand without causing breaking
stresses: this guarantees high reliability.
- The double-sided structure makes it possible to reach higher flame temperatures. The double combustion
is set off quickly. The wood therefore burns completely, producing less ash and a higher energy output with
cleaner combustion.
ENVIRONMENTALLY FRIENDLY
Both energy-saving and ecological, SC2 combustion reduces significantly residues in smoke as carbonmonoxide.
SC2 HIGH PERFORMANCE SMOKE DEFLECTOR
BETTER EFFICIENCY FOR A LOWWOOD CONSUMPTION
EXAMPLE OF A SUPRA INSULATED
STAINLESS STEEL DEFLECTOR :
With its reflective side and insulated lining that
stops the conduction (heat transfer through
the material), all of the deflector increases the
temperature of the combustion chamber by
150 °C. Very little heat is lost into the smoke
flue. The heating is therefore far more efficient
and the combustion of better quality.
EXAMPLE OF A TRADITIONAL
CAST-IRON DEFLECTOR :
It absorbs most of the heat and transfer
it directly into the smoke flue.
Cross section of Boston
Glass air
Smokes
Additional air intake
Secondary combustion
Primary combustion
Insulated deflector
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