DIELLE TWIST TECHNOLOGY
THERMO FIREPLACE
TWIST TECHNOLOGY
SECOND STAGE
The SECOND STAGE of the exchanger consists of 2 rectangular elements positioned to simplify cleaning.
The path of the heat transfer fluid, guided by bulkheads, ensures that all exchange surfaces are lapped.
INCLINED EXCHANGERS
In a Dielle Twist fireplace stove, all exchangers are inclined in the direction of the flow to improve air expulsion and have better natural circulation in the event of a power failure.
SECOND STAGE
The SECOND STAGE of the exchanger consists of 2 rectangular elements positioned to simplify cleaning.
The path of the heat transfer fluid, guided by bulkheads, ensures that all exchange surfaces are lapped.
INCLINED EXCHANGERS
In a Dielle Twist fireplace stove, all exchangers are inclined in the direction of the flow to improve air expulsion and have better natural circulation in the event of a power failure.
REFRACTORY CERAMIC
COMBUSTION
The refractory ceramic combustion chamber ensures a high combustion temperature and improves emissions and efficiency. The base is made of two different materials with specific characteristics: the top, thanks to its excellent refractory qualities, guarantees a high thermal flywheel. The second, on the other hand, is designed to have insulating qualities and minimise heat loss under the refractory top.
COMBUSTION
The refractory ceramic combustion chamber ensures a high combustion temperature and improves emissions and efficiency. The base is made of two different materials with specific characteristics: the top, thanks to its excellent refractory qualities, guarantees a high thermal flywheel. The second, on the other hand, is designed to have insulating qualities and minimise heat loss under the refractory top.
GLASS CLEANING
Dielle’s patented glass cleaning system takes air from the primary inlet through special passages and channels it into the door, creating an air barrier from the top and both sides. By forming a more uniform barrier, this keeps the glass clean for longer.
Dielle’s patented glass cleaning system takes air from the primary inlet through special passages and channels it into the door, creating an air barrier from the top and both sides. By forming a more uniform barrier, this keeps the glass clean for longer.
AIR INLET
In a Dielle Twist fireplace stove, all the combustion air required for combustion is taken from one connection.
Primary air, glass cleaning air and tertiary air are ducted through internal passages. This important detail allows the air intake to be connected to the outside, thus avoiding burning the oxygen of the interior.
In a Dielle Twist fireplace stove, all the combustion air required for combustion is taken from one connection.
Primary air, glass cleaning air and tertiary air are ducted through internal passages. This important detail allows the air intake to be connected to the outside, thus avoiding burning the oxygen of the interior.
UP-AND-DOWN OPENING
AND SASH WITH SEAL
To ensure a good seal on the door, all closures have high-temperature gaskets. The hatch is equipped with a device that, when closing, uses springs to press the hatch onto the gasket to ensure a good seal over time.
AND SASH WITH SEAL
To ensure a good seal on the door, all closures have high-temperature gaskets. The hatch is equipped with a device that, when closing, uses springs to press the hatch onto the gasket to ensure a good seal over time.
REFRACTORY CERAMIC
COMBUSTION
The refractory ceramic combustion chamber ensures a high combustion temperature and improves emissions and efficiency. The base is made of two different materials with specific characteristics: the top, thanks to its excellent refractory qualities, guarantees a high thermal flywheel. The second, on the other hand, is designed to have insulating qualities and minimise heat loss under the refractory top.
COMBUSTION
The refractory ceramic combustion chamber ensures a high combustion temperature and improves emissions and efficiency. The base is made of two different materials with specific characteristics: the top, thanks to its excellent refractory qualities, guarantees a high thermal flywheel. The second, on the other hand, is designed to have insulating qualities and minimise heat loss under the refractory top.
GLASS CLEANING
Dielle’s patented glass cleaning system takes air from the primary inlet through special passages and channels it into the door, creating an air barrier from the top and both sides. By forming a more uniform barrier, this keeps the glass clean for longer.
Dielle’s patented glass cleaning system takes air from the primary inlet through special passages and channels it into the door, creating an air barrier from the top and both sides. By forming a more uniform barrier, this keeps the glass clean for longer.
AIR INLET
In a Dielle Twist fireplace stove, all the combustion air required for combustion is taken from one connection.
Primary air, glass cleaning air and tertiary air are ducted through internal passages. This important detail allows the air intake to be connected to the outside, thus avoiding burning the oxygen of the interior.
In a Dielle Twist fireplace stove, all the combustion air required for combustion is taken from one connection.
Primary air, glass cleaning air and tertiary air are ducted through internal passages. This important detail allows the air intake to be connected to the outside, thus avoiding burning the oxygen of the interior.
UP-AND-DOWN OPENING
AND SASH WITH SEAL
To ensure a good seal on the door, all closures have high-temperature gaskets. The hatch is equipped with a device that, when closing, uses springs to press the hatch onto the gasket to ensure a good seal over time.
AND SASH WITH SEAL
To ensure a good seal on the door, all closures have high-temperature gaskets. The hatch is equipped with a device that, when closing, uses springs to press the hatch onto the gasket to ensure a good seal over time.
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