In the past, a variety of heating systems were used to warm different environments. These devices, despite their purpose, had many problems. But with technological advances, a new generation of heaters has been introduced to the market with names like Garmatab, radiant heater, and ceiling heater.
Today, everyone is well aware of all the benefits and applications of a radiant heater. This new system is designed to heat spaces such as homes, greenhouses, poultry farms, warehouses, and garages. These devices produce radiant heat waves through a tubular heater, which transfers warmth to the surrounding environment. They can uniformly raise the temperature in a room in less than 10 minutes. This article will cover everything about radiant heaters and their uses to help you become fully familiar with this radiant heating system.
What Is a Radiant Heater (Garmatab)?
A radiant heater, or Garmatab, is used to provide heat for large spaces like industrial halls and sports facilities, as well as open environments like restaurants and villas. These heaters have a high thermal capacity and are installed in hangars at a height of 3.5 meters or more, depending on their capacity and model. This system has low heat loss and can efficiently provide heat to any space.
Using a radiant method, this device transfers heat to its surroundings and warms the area uniformly. Its advantages include efficient performance, low energy consumption, silent operation, a long lifespan, and an affordable price. Since a radiant heater doesn’t require airflow to transfer heat, it prevents the spread of diseases and contamination in places like greenhouses and poultry farms. The device produces infrared radiant waves through gas combustion and transfers them to the surfaces of people and objects in the environment. By using a radiant heating system, you can ensure your comfort throughout the winter.
The History of Radiant Heaters
Now that you know everything about radiant heaters and their applications, let’s take a look at their history.
In the 1800s, the English astronomer William Herschel discovered that when sunlight passed through a prism, it separated into blue and red spectrums. Using a thermometer, he found that the blue spectrum had the lowest temperature, while the red spectrum had the highest. As he moved the thermometer from the blue to the red end, he observed a consistent increase in temperature.
In his experiments, Herschel also discovered that infrared, which has wavelengths below the red spectrum, produced the highest temperature. He found that more than 50% of the sun’s energy reaches Earth through infrared waves, which is what warms our planet and other objects.
Herschel’s research was a crucial starting point for the development of heating systems. The very first radiant heaters were designed by Robert Gordon in the late 1950s. These early radiant heaters were gas-powered and used tubes, and their method of heat transfer was similar to the sun’s. With technological advancements, the device gradually became more sophisticated, and today, various types of radiant heaters are produced and sold by companies all over the world.
Where Are Radiant Heaters Suitable?
Knowing all about a radiant heater and its uses shows that this device is designed to be used in various locations without any limitations. Here are some of the most common applications:
- For Restaurants: Radiant heaters are an ideal choice for warming up restaurants, coffee shops, rooftop gardens, and terraces.
- For Poultry Farms: Radiant heaters are especially useful in poultry farms as they help provide clean and efficient thermal energy.
- For Hangars and Industrial Workshops: By creating uniform and optimal heat, radiant heaters have become the top choice for managers. The advantages of these systems include a reduction in energy consumption of up to 60% and electricity savings of up to 90%.
- For Sports Halls: In sports halls, a radiant heating system can provide 50% of the required heat for the floor in just a few minutes. This saves energy and reduces costs, as the heating system can be turned off on days when the hall is not in use.
- For Open Spaces: A practical option for heating open spaces like restaurants, coffee shops, rooftop gardens, and terraces.