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- May 15, 2017 CNG/LNG Repair Facility and Radiant Heating CNG/LNG Repair Facility with Gas-Fired Radiant Infrared Tube Heaters and what it take to be in compliance with NFPA 30A 7.6.6
- Sep 9, 2016 Why Radiant Infrared Tube Heaters in High Bay Aircraft Hangers and Warehouses Radiant heaters do not require fans to distribute heat, thus saving the capital of fan components. With fewer moving parts, breakdowns are reduced and better zone control can be achieved. More importantly, by not having to heat the air in order to warm people and objects, heating costs are dramatic
- Aug 15, 2016 Advantages of a Gas Fired Radiant Infrared Heated Residential Garage Heating your garage with a gas fired radiant infrared heater has many advantages. It will extend your work space though out the year and into the winter months with the efficiency of a gas fired radiant infrared tube heater.
- Jul 5, 2016 Radiant Heater Yearly Maintenance With proper yearly maintenance you can not only prolong the life of your Gas Fired Radiant Infrared Heating System but also reduce the possibility of a heating system outage when you can least afford it!
- Jun 26, 2016 Why Choose Infrared Radiant Heat for Your Building or Application? With radiant infra-red heat you can expect to save 30-50% on your application with a properly designed system.
Why Radiant Infrared Tube Heaters in High Bay Aircraft Hangers and Warehouses
Radiant Infrared Tube heaters are the best choice for heaters in high bay area buildings that, by their design, are not practical for convective forced air heaters.
Radiant heaters do not require fans to distribute heat, thus saving the capital of fan components. With fewer moving parts, breakdowns are reduced and better zone control can be achieved. More importantly, by not having to heat the air in order to warm people and objects, heating costs are dramatically reduced.
Lower ambient air temperatures are required to achieve the same thermal comfort provided by convection heaters. Because radiant infrared tube heaters to no use air as a heat transfer medium, the floors and objects are heated faster. The heated objects heat then heat the air by conduction, convection, and radiation, with radiant heat directly heating only the primary objective.
Because Radiant Infrared Tube heaters heat only the targeted items and not the air, lower zone air temperatures occur. With less heat being transmitted to the roof and walls, there is less building heat loss.
Lower zone air temperatures result in less stratification and infiltration losses.
Concrete floors absorb infrared heat, thus becoming heat storage reservoirs. When large bay doors are opened to the cold, outside air, radiant Infrared tube heaters continue to store radiant heat in the floor. When the bay doors are closed again, the heat stored in the concrete floor’s thermal mass enable the temperature at floor level to quickly recover.
Where humidity is a problem, radiant infrared tube heaters can supply just enough heat to keep the floor or object just above the dew point or freezing temperature, eliminating unwanted moisture, condensation and corrosion problems.