In general, there is a big difference between radiant heaters and convection heaters. In radiant heaters, unlike convection heaters, such as convection heaters, the heat source is directed to the floor surface, not the ceiling. Radiant heating is the oldest and most suitable form of heating used to provide thermal comfort and is the basis of all heating systems.
Radiant heating is very pure and uniform radiation. It is absorbed by an object without physical contact with the heat source or by heating the surrounding air, as is not the case with convection heaters. There is a need for air particles. Garmasan radiant heaters are the most efficient and effective method. where they provide "heat" under various conditions in warehouses, garages, warehouses and also the largest facilities.
Radiant heaters that produce heat using infrared waves. Radiant heaters are a good solution for people looking for an instant heat source. Unlike hot air heaters, which have a relatively long time between activation and the area reaching the desired temperature.
The mixture of gas and air in radiant heaters is radiated by an electrode on the ignited surface. The flame heats the tube and as its temperature increases, the radiant tube heater produces radiant heat.
Radiant heaters need 11 to 13 times the volume of air for complete combustion with city gas. For this reason, air conditioning is of great importance in radiant heaters. If the ventilation of the environment is suitable and the hall has sufficient ventilation, there will be no concern for the air required for combustion.
Advantages of radiant heater compared to convection heater
Radiant heaters are very easy and simple to install. Because radiant heaters, unlike heaters and convective packages, do not need a central engine room, and these heaters reduce the cost of maintaining and installing these radiant heating systems.
Radiant heaters because the heat is radiant and does not require air particles. On the contrary, convection heaters and packages can quickly heat the hall after turning on the system, but convection heaters take a longer time to heat the device and require particles and air circulation to heat the surrounding environment. It takes a long time to fully heat the environment.
Also, the radiant heater is used only during working hours, in the specified space that needs heat. Reaching the desired temperature in less than 3 minutes and with gas consumption of less than 5 cubic meters per hour and electricity consumption of less than 100 watts, they save 60% in gas consumption and 90% in electricity consumption, but convection heaters consume significant energy and It consumes a lot.
Radiant heaters are designed and produced in different sizes and types according to your user needs. These heating systems do not occupy your useful work space. But in convection heaters, due to its size and the fact that it is not possible to install it on the ceiling and wall, there is a possibility of occupying the working and useful floor space.
Radiant heaters lead to the concentration of heat on the hall floor due to local and uniform heat radiation. In hot air and convection heaters, due to air circulation and heat transfer, there is a possibility of hot air remaining due to the light in the ceiling, which is very annoying in the cold season.
Infrared heaters and radiant heaters are both types of space heaters that work by emitting heat radiation. They have similarities in terms of their heating mechanism, but they also have some differences in their design and heating properties. Here's an overview of the differences and similarities between infrared heaters and radiant heaters:
Similarities:
Differences:
In summary, both infrared heaters and radiant heaters use heat radiation to warm spaces, but they differ in their heating elements, directional properties, and the way they heat the surrounding environment. When choosing between the two, consider the specific heating needs of your space and the design features that best suit your preferences.
The term “radiant heater” specifies that the heater is generating heat using radiation while the term “infrared heater” indicates the primary type of radiation being used by the heater to transmit that heat. All infrared radiant heaters are radiant heaters, they provide warmth. Simply said infrared heater is an example of Radiant heating system
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