Construction Industry

Electric heat tracing belts are widely used in industrial and civilian fields. The civil and construction industries of electric heating belts are closely related, and the construction industry is basically a family life activity industry. For example, in the construction industry, electric heating can be used to achieve insulation and anti-freezing effects in basement fire pipes, garages, indoor and outdoor fire pipes, drainage pipes, outdoor water tanks, and water tank insulation projects under cold temperature conditions.
Below we will briefly describe some applications in the construction industry. Electric heat tracing has some common applications in the construction industry, such as:
Underfloor heating system: Electric heating strips can be used in underfloor heating systems, installed in insulation layers below or above the floor, to provide comfortable indoor temperature by heating the floor. This system is widely used in residential, office, and commercial buildings.
Snow melting system: In cold or snowy areas, electric heat tracing belts can be installed in areas such as sidewalks, lanes, and roofs to melt snow and ice, improving traffic and pedestrian safety.
Pipeline antifreeze: Electric heat tracing can be used for pipeline antifreeze inside and outside buildings, especially in cold areas or pipelines exposed to low-temperature environments. It can prevent pipeline icing, cracking, and damage.
Window antifreeze: In cold areas, electric heat tracing strips can be installed around windows to prevent them from freezing, maintain their transparency, and ensure normal use.
Roof anti-icing: Electric heat tracing can be used on roofs and drainage systems to prevent the accumulation of ice and snow, reduce roof loads, and reduce the risk of drainage blockages.
Overall, the application of electric heat tracing belts in the construction industry is mainly aimed at maintaining indoor temperature comfort, preventing ice and snow accumulation and pipeline icing, and improving the safety and reliability of buildings.