Traditional Stoves

T4-02 Finish: Charcoal Weight: 200 kg Output: - Nominal: 9 kw (*) - Maximum: 16 kw Fire stay in: 10h (*) Surface: 200 - 400 m3 Log size: 50 cm Optimum logsize: 25 cm (Front and side door) Boiler option	T3-01 Finish: Charcoal Weight: 175 kg Output: - Nominal: 9 kw (*) - Maximum: 15 kw Fire stay in: 10h (*) Surface: 250 - 350 m3 Log size: 50 cm Optimum logsize: 25 cm (T3-02 with side door) Boiler option	T2-02  Finish: Charcoal Weight: 155 kg Output: - Nominal: 6.5 kw (*) - Maximum: 12 kw Fire stay in: 10h (*) Surface: 100 - 150 m3 Log size: 50 cm Optimum logsize: 25 cm (T2-01 without side door) Boiler option
New ! T5 Finish: Charcoal Weight: 250 kg Output: - Nominal: 10 kw (*) - Maximum: 18 kw Fire stay in: 10h (*) Surface: 250 - 450 m3 Log size: 50 cm Boiler option

(*) The data concerning Output (kw) and Autonomy (the time "the fire stays in") is based on the results of C.E Certification.
Woodburners are tested in a laboratory where the conditions are ideal, e.g : dry wood, perfect draught, insulation etc. In a home the envirement is different. Given the variety of wood (oak, beech, pine etc) where the intrinsic calorific value of each type differs; also altitude chimney height, insulation, users experience - factors that will influence output and autonomy in varying degrees.
Hence it is important to have the advice of a professional.

The traditional range of stoves are built from cast iron, steel , firebricks, high quality sealing materials : we offer a choice of enamel finishes or painted charcoal.

Also, we offer soapstone as an alternative to cast iron - a material widely used in Nordic countries because of its properties for staying warm.

The traditional stove is not only a parlour stove that radiates heat, it also produces a flow of convected hot air: the cold air from the floor is sucked up between the firebox and the outside cast iron ; in the process the air is warmed up and carried a distance from the stove. At the same time it cools down the sides and back of the stove making it safer to touch.

All stoves can have a boiler fitted at any time to heat radiators etc. The design of the hob is such that a pot can be left to boil or simmer.

All the traditional stoves have been tested by the "Fraunhofer Institute fur Bau Physique ". In addition to the CE certification EN 13240 etc, our products meet the additional requirements in Germany, Austria, and Switzerland.

How the traditional stoves works (combustion system)

Single lever draught control

The draught control lever regulates the intake of air into the firebox, i.e primary air, intermediate air, secondary air , tertiary air . It is marked 1 to 5 and the user can simply increase or decrease the air flow without fiddling with several buttons.

Note : The air intake, into the firebox can be pre-heated up to 300° C to assure a complete combustion.

Contrary to the classical construction of a wood stove where the air comes in under the grate and a second air intake is higher up to provide a form of secondary air and window air wash.

The Cashin stove is constructed where the cold air at the draught intake passes through a metre long (or more) tube and arrives in the firebox sizzling hot. Both motor cars and stoves have one thing in common - they run better when the air coming into the combustion chamber is very hot.

The air intake channel is divided into two (a) and (b):

   (a) primary air
   (b) intermediate air , secondary air and tertiary air ( window wash)

The function of the primary air is to activate the fire.

The combined function of the intermediate air, secondary air and tertiary air is to whirl air into the firebox to create a fire ball. The gases emanating from the fire logs are burnt completly resulting in hardly any ashes, clean glass, clean flue and most of all abundant heat.
The special lining of refractory bricks assures the firebox stays warm and the stove can operate at « slow burn » without causing the flue pipe to fill will soot and tar.

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