![]() Is infrared practical in my small garage or workshop? In addition to greater creature comfort, infrared heating systems can save as much as 50% or more in energy consumption compared to most forced air systems such as unit heaters. The result is cold floors, cold feet and wasted heat energy at the upper half of the building. Using the aircraft hangar example, warm air must stratify from high up at the ceiling level all the way down to floor level. The result is warm floors, warm feet, and better use of energy.īy contrast, forced air heating depends on the principle of warm air stratification. Heat is then stored and re-radiated to the surrounding air. Even though the infrared heaters are mounted up high (near the ceiling in most cases), the energy they emit does not convert to heat until it strikes floors and objects at ground level. Infrared energy heats from the ground up. The heaters are spaced appropriately to create heat uniformity and optimum comfort. In an aircraft hangar, for example, multiple infrared heaters can be suspended from the ceiling with the emitters directed toward the floor below. That same infrared heating principle is a practical and effective way to heat building spaces. ![]() The sun heats the earth and the earth heats the air. ![]() Upon striking surfaces or objects, the energy converts to heat to warm the surrounding air. Whether you have a small garage or shop space or a large manufacturing plant or warehouse, infrared heaters are not only more efficient, they also provide a much more comfortable atmosphere than conventional forced air heating systems.Īn infra-red heater is simply a hot surface heating appliance which, like our own sun, emits radiant (infrared) wave energy to surfaces below. Wh y Choose Infrared Radiant Heat for Your Garage or Shop? ![]()
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