Bed Bug Heat Treatment Equipment

The most effective plan to combat the problem of bed bugs is by heat. Bed bug heat treatment equipment in St. Petersburg. Louis uses temperatures above 130? to dehydrate and kill insects. There are different sections that are used to distribute heat evenly throughout the house to reach each bug.

Heat appliances Bed Bug Heat Treatment Equipment

Large forced heater is installed on every floor of the house to produce the extraordinary heat required to raise the temperature throughout the house. It also works to raise the temperature slowly so as to avoid burning or burning the inside of the house. For larger homes, some heaters may be used on different floors or in different rooms. Alternatively, a large heater can be equipped with a smaller one in each room. Regardless of how much heating is needed, each room will have a high-speed fan to spread the heat evenly through the room and to target problem areas. This fan works very well to get heat through cracks and cracks in the walls, thus flooding the cavity with hot air. Finally, sensors are placed in strategic locations in every room. This monitor checks to make sure the temperature reaches the desired level for the desired amount of time.

Gas Vs. Electricity Bed Bug Heat Treatment Equipment

The heater is made in two categories based on its heat source; electric or propane. The electric heater is designed to regulate quickly and quickly reach the temperature. Large heaters can be controlled in conjunction with smaller units and remote sensors connected to cables or wirelessly. The electrical system will use a large amount of electricity, thereby increasing the overall cost significantly. On the other hand, there is no open flame so that the entire process can be monitored remotely via a wireless signal. In this way, the technician can do a lot of work at once, offset some costs. Propane does use an open fire to heat the house, so it needs constant monitoring. Often, heaters are actually installed outside and hot air is pumped through small flexible vents. It also causes the temperature does not rise as fast, takes longer for the process to run. Propane is much cheaper than electricity and much more efficient.