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The life in the areas which are higher up in the altitudes or latitudes could be a lot more difficult had it not been for the development of proper heating arrangements for the spaces where they are living. This is true not only for these areas which face severe winter conditions but also for the plains regions of the world which are closer to equator but still chilly enough in winter to require the proper heating arrangements for some times during the year. With the large scale of the use of these power gusher systems, there is a lot of energy consumption which in increasing the concerns of energy conservationists. There have been concerted moves to develop the energy efficient heating systems and other power systems which consume less energy.

Energy efficient heaters have been the result of such endeavors. A more modern concept in their development is that of the tuned energy. This concept is based on the principle of matching the wavelength of the emitted rays with that of the absorption quality of the material to be heated. So, by determining what all are the element which are kept in the room and what is their absorption quotient for the heating, there have been the development of the energy efficient heaters.

These heaters make use of the heat-on radiant technology. This technology makes use of the synthetic wires as heating elements along with a ceramic based heatstrip. This combination is capable of warming the spaces precisely, providing only that much heat which is required. The new technology focuses on the heat absorption quotient of the walls, ceiling and other materials kept in the rooms rather than the air. There is a marked difference in the approach of traditional ways of heating which focused on heating the air. Lately, it has been recognized that the air is not able to retain the heat for long and it loses the same quickly when the heating is reduced or stopped. On the contrary, with the new approach, it is walls, ceiling and floor heating which is done rather than the heating of air. The benefits of heating the walls and ceilings are manifolds. These are capable of retaining the heat for a longer period of time and keep the air warm as well. Further, the molds and moisture in the masonry works of the buildings can be kept in check by providing the heat to the walls and floors.

Further, this technology obviates the need for installation of the expensive ducts for transmission of heat on one hand and ventilating the spaces on the other. The plates can be installed in the ceiling and walls without any elaborate plumbing work. And, once installed there is not much of maintenance of upkeep required. These can also be used in conjunction with the solar photovoltaic systems used for generating power and its infrared wavelengths can then generate the required heating.  The new technology is path breaking in developing energy efficient heaters and heating systems.








    *Note: If you have a terra cotta clay chimney
    flue lining, be sure to measure the true length and width of the
    inside of your chimney flue space.

    *If there is a terra cotta clay flue liner, does it protrude out of
    the top of the chimney at least 2 inches? If there are at least 2
    inches and the terra cotta clay is in good condition, you will use
    our stainless steel, terra cotta top plate that has a 1 1⁄2inch edge
    that goes all the way around (like a shoebox lid).

    *If your terra cotta clay flue is in bad shape at the top, you may
    need to just take a hammer and tap all around that terra cotta,
    taking it away to make the surface flat at the top of your chimney.
    In that case, you will simply use the flat top plate that comes with
    our liner kit.



    *Note: If you have a terra cotta clay chimney
    flue lining, be sure to measure the true length and width of the
    inside of your chimney flue space.

    *If it is on the back of the stove, is it parallel with the back of the stove or is it at an angle, like 45 degrees?

    *If it is at an angle you will use an insert stove adaptor (an insert liner kit) rather than a two-part tee with cleanout cap.


    Usually pellet stoves have an exhaust hole id of 3 inches. However, if you are going up more than 15 feet to the top of your chimney you need to use a pipe and/or flex liner that is 4 inches diameter.





    If you are only venting a hot water heater then the exhaust hole diameter is probably 3 inch diameter. If it is 3 inch diameter and you are going up more than 15 feet to the top of your chimney, you must use a 4 inch diameter flexible liner or ridged pipe for proper draft. We also suggest to go ahead and use a 4 inch diameter flexible liner or ridged pipe even if the total length is 15 feet or less.


    Not the depth or any other dimension inside your fireplace.

    Most gas log fireplaces require an 8 inch liner kit or rigid kit. But do not assume that is the case for the gas log fireplace kit you are installing. Obey the requirements for that specific unit that are in your installation/instruction manual.

    THANK YOU FOR ANSWERING THOSE QUESTIONS

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