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The heat goes up"

The commonplace according to which "the heat goes up" is widespread but completely incorrect. In reality, it is not the warmth that goes up, but the hot air. The radiant ceiling system works through irradiation, i.e. the emission of electromagnetic waves that spread omnidirectionally, without privileging any direction compared to another. In this way, there is no specific direction in which the thermal energy moves. The hot air, on the other hand, is a means of transport that conveys the heat, but its direction of movement depends on the convective currents that develop within an environment. So it is very important to understand the difference between the 2 heat transmission mechanisms, the radiation and convectivity mechanisms.

"The radiant ceiling warms up the head"

The concept that the radiant ceiling warms the head and keeps the ankles cold is a common place widespread but incorrect. This is due to the belief that the ceiling system warms the air and that the room warms as the air warms up from top to bottom. However, the radiant ceiling system does not work through air heating, but instead uses electromagnetic waves to transfer heat directly to the surrounding surfaces.
The electromagnetic waves of the radiant ceiling system move at a high speed, which makes it impossible to perceive a significant temperature difference between the top and the floor of the room. In addition, since the heat is transferred directly to the surrounding surfaces, the heating effect of the radiant ceiling is uniform throughout the room.

"In cooling the dehumidifier is always necessary"

One of the most common errors that many make about the application of radiant cooling is to think that the surface condensation on the radiant panel can be controlled by eliminating humidity from the air. This is not correct, since the removal of humidity from the air is essential to guarantee the comfort of the occupants, but does not solve the condensation problem.
To avoid surface condensation on the radiant panels, it is necessary to adapt the temperature of the panel to the humidity present in the surrounding environment. This is done through advanced adjustment, which uses room probes to detect the instant value for instant and process an adequate delivery temperature to the condition of the moment.

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We need to know that radiant heating is increasing in popularity because it is clean, quiet, efficient, dependable, and invisible. It is provided for direct heating, but the term is usually applied to systems in which floors, walls, or ceilings are used as the radiating units. Steam pipes are placed in the walls or floors during the construction process, and then radiant systems circulate warm water through continuous loops of tubing. These systems supply heat directly to the floor or to panels in the wall or ceiling of a house. These depend largely on radiant heat transfer, the delivery of heat directly from the hot surface to the people and objects in the room via infrared radiation.
This heating has a number of advantages and is more efficient than baseboard heating. People with allergies always prefer radiant heat because it doesn’t distribute allergens. These systems use little electricity, a benefit for homes off the power grid or in areas with high electricity prices. These systems are significantly different from the other panels used in walls and ceilings.

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This system is easy to install, especially if you make it part of a build or renovation project. The best radiant systems use high-quality, high-efficiency water heaters instead of a boiler. These systems cost about half as much as one using a typical boiler. Recently, these systems have been widely applied, not only in residential but also in commercial buildings such as office buildings, retail stores, schools, and even large-scale buildings such as airport terminals. These are installed in all climate conditions to handle the latent load, and radiant cooling systems have been shown to be feasible in hot and humid climates.
We need to know that radiant heating is a great option for houses with children and for schools. Commonly, conventional air duct systems deliver heat from above, and the lower portion of the room is not always heated effectively because warm air tends to rise. Due to shorter height, kids are more susceptible to uneven heating from forced air systems, and this can potentially lead to health issues.