For more information regarding these stoves call us or click on the logo to go to the Vermont Castings home page. The
links below will open a new window with information directly from Vermont Castings website.
DutchWest Catalytic Wood Stoves
Fast and Efficient. Beautiful and Convenient. The Dutchwest Catalytic Wood Stove line features solid cast iron construction for quality you
can see – and feel. With three different sizes, you can easily find the right stove for any room size. They're fast starting, long burning, and remarkably efficient. Just what you would expect from
Dutchwest. * DUTCHWEST Cast Iron - Extra Large - 0002462 * DUTCHWEST Cast Iron - Large - 0002461 * DUTCHWEST Cast Iron - Small - 0002460
ENCORE Catalytic 2550
Where good times and efficient heat, meet. The natural, even warmth of cast iron is enhanced with thermostatically regulated combustion air and the Vermont Castings™ signature conveniences of wood
loading and ash handling make these stoves a great choice. Our Catalytic Wood Stoves ensure that more smoke and combustible gasses are converted to useable heat under conditions where other stoves simply
cannot.
Non Catalytic 1450 The remarkably efficient and remarkably beautiful way to heat your home. We call it the EVERBURN System and it's designed to deliver cleaner emissions and longer burn
times, similar to a catalytic system. Our state-of-the-art design enables Defiant and Encore stoves to burn more steadily and longer on a single load of wood compared to other non-catalytic stoves. So
now you can enjoy all of the beauty and style of a traditional cast iron stove with a new level of convenience and efficiency. Just what you'd expect from Vermont Castings™.
Catalytic 1945 Where good times and efficient heat, meet. The natural, even warmth of cast iron is enhanced with thermostatically regulated combustion air and the Vermont
Castings® signature conveniences of top wood loading and ash handling make these stoves a great choice. Our Catalytic Wood Stoves ensure that more smoke and combustible gasses are converted to
useable heat under conditions where other stoves simply cannot.
Non Catalytic 1610 The remarkably efficient and remarkably beautiful way to heat your home. We call it the EVERBURN System and it's designed to deliver cleaner emissions and longer
burn times, similar to a catalytic system. Our state-of-the-art design enables Defiant and Encore stoves to burn more steadily and longer on a single load of wood compared to other non-catalytic stoves.
So now you can enjoy all of the beauty and style of a traditional cast iron stove with a new level of convenience and efficiency. Just what you'd expect from Vermont Castings™.
Where good times and efficient heat, meet. The natural, even warmth of cast iron is enhanced with thermostatically regulated combustion air and the Vermont Castings™ signature conveniences of wood
loading and ash handling make these stoves a great choice. Our Catalytic Wood Stoves ensure that more smoke and combustible gasses are converted to useable heat under conditions where other stoves simply
cannot.
The remarkably efficient and remarkably beautiful way to heat your home. The Aspen offers non-catalytic clean-burning efficiency and features, such as clean and convenient ash pan. With its
sculptured designs, "clear-view" glass door, optional porcelain enamel finish and the ability to heat 1,800 square feet, the Aspen is the perfect choice of an economical wood heater.
The remarkably efficient and remarkably beautiful way to heat your home. Resolute Acclaim non-catalytic wood stoves features a conventional non-catalytic combustion system that works like this: 1.
Primary air enters the stove through an access hole in the bottom of the stove. The air is preheated as it is drawn through the interior walls of the stove. As this primary combustion air enters the
firebox above the glass door, it effectively washes the glass, thus maintaining a cleaner view of the fire. 2. To achieve greater efficiency, secondary air enters the firebox bringing about the
secondary phase of combustion. Secondary combustion reduces the amount of unburned gasses.
