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Radiant floor heating systems supply heat directly through the floor. However, radiant floor heating systems are often preferred because they are inconspicuous, effective, and long lasting. A variety of technologies are available for heating your house. Department of Energy, “Heating your home uses more energy and costs more money than any other system in your house – typically making up about 42% of your utility bill.” But properly maintaining and upgrading your heating system can save you money and increase your comfort. The efficiency of a system like this is poor compared to a high-efficiency installation method.Your home uses energy every day for heating and cooling, lighting and hot water, and appliances and electronics. One manufacturer produces a radiant tubing specifically designed to be used without plates and is rated for 180° supply water. The installation cost savings will be negated over time by increased operating cost and fuel consumption. Tubing can be fixed to the underside of flooring without plates which saves significantly on materials and labor but the water temperatures must be much higher to adequately heat. What is the reason for the difference? We do it right. Frequently MCES has bid on radiant installation projects to be told that our price was significantly higher than competitors. There is a radiant floor and then there is a radiant floor done right. This product is in direct contact with the finish flooring so it provides rapid response while maintaining low temperature efficiency. Similar to staple-up, it has a track and aluminum plates. “Staple-down” is similar but as the name suggests, it is installed over the sub flooring rather than under.Īnother method which is becoming more popular is the dry panel radiant heating system which installs as the sub-floor. The response time is faster than a slab or over-pour installation but still relatively slow. Thin bubble wrap insulation with a reflective coating is installed under the tubing to encourage the heat up towards the floor. The tubing is placed into the track and once heated, the aluminum transfers the warmth evenly over the floor. ⇐Pictured here is the most common method of installing radiant heat on levels above the basement is known as “staple-up.” In a staple-up installation aluminum heat transfer plates, with a track to accept the tubing, are fastened to the under side of the floor in the joist cavity. Once cured, it will perform in a similar way to the radiant slab described above. The tubing is fastened to the subfloor and a light weight gypcrete is pumped onto the floor covering the tubing. The “lightweight over-pour” is a way to achieve the same mass on upper level living floors. The recommended way to control a radiant slab is to “set it and forget it.” It is also the slowest to respond to adjustments of the thermostat due to the mass of concrete that needs to either heat up or cool down. This method referred to as “radiant slab” is the least expensive means of installation.
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Tubing can be tied to box mesh and poured directly into a concrete slab or basement floor to create a thermal mass.
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RADIANT FLOOR HEATING SYSTEMS INSTALL
HOW IT IS INSTALLED: There are many different ways to install radiant heat. Example of a dry panel radiant installation. But not all radiant heating systems are created equal. What could be better on a cold, windy winter day than a cozy warm floor to walk on? Radiant heated floors are considered to be one of the most comfortable, steady and efficient ways to heat your home. RADIANT HEAT – Not all Radiant Heating Systems are Created Equal.