
Efficient Heat Treatment
The patented design allows the heated air to be recirculated allowing the heat treatment to use 1/3 the fuel. More
Easily Transported
The Heat Injector fits in a cargo van or small trailer that can be pulled with a 6-cylinder engine. More
Modular
The Heat Injector can be disassembled to be moved up/down stairs and then reassembled without picking up any heavy pieces. More
Immediate Lethal Heat
The heat is continuously monitored to achieve immediate temperatures. More
Powerful Heat
The Heat Injector produces more heat than the largest generator powered system. More
Extremely Discreet
There is no generator or external duct which would draw attention to your client. More
Safe
The UL Listed electrical controls are the same used for totally automated systems in our industrial heating division. More
Simple Operation
Designed with the user in mind, runs from any electrical outlet, adjustable discharge temperature and airflow. More
Effective
The pressurization feature thoroughly heats the structure by forcing heated air through any openings in the structure. More
The Heat Injector Goes to Where the Heat’s Needed
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Houses
Treats homes that are 3,500sq ft or larger

Apartments
The Heat Injector is able service up to 40 stories tall

Commercial
Customers have treated spaces as large as 35,000sq ft
The Heat Injector System utilizes flexible duct with a variety of fabric duct connectors to create the distribution system for the heated airflow. The heated airflow is discharged into multiple locations within the structure recirculating towards the Air Intake. A 3-port fabric duct connector is attached to the Heat Injector to connect up to 3 individual distribution legs. Each of the 3 distribution legs can be split into 2 or 3 legs to allow multiple distribution locations within the heat treatment.
U.S. Patent 9,459,022, defines the Modular Heat Injector and the unique heat treatment process which is more efficient and effective than any other system on the market today! The recirculated airflow is heated and managed to optimize its thermal transfer as it passes through the area to be heated. When all the air within the space is above lethal temperatures for bed bugs and their eggs, the space is pressurized with heated air. This unique produce and process set a new standard bed bug heat treatment!
- Move the Heat Injector to the location of the bed bug infestation.
- Plug the Heat Injector into any standard outlet
- Attach flexible duct to the discharge of the Heat Injector with fabric connectors and run the discharge ductwork to transfer the heat into the remote locations
- Attach the gas hose to the Heat Injector using the quick disconnect (QD) fittings
- Turn on the Airflow switch and the Heat switch, set the desired discharge temperature, and adjust the airflow to maximum
- After the heat has been started, install doorway drapes to manage the airflow leaving the rooms
- At this point, it’s automatic; the heated airflow will continue to be pushed into the infested areas with the heat migrating toward the Heat Injector
- Place sensors in the heated area and monitor them to ensure all areas are thoroughly heated.
- During the periodic inspections, manage the heated airflow by moving the flexible duct to different discharge locations.
- When the Air Intake exceeds about 125°F, begin the pressurization process to force heated air through cracks and openings within the structure where bed bugs might find harborage.
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2 year warranty
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