With the help of the oscillator used by the Technowell
ultrasonic humidifier introduces water particles smaller
than 10 m (3-5 m on average) into the air to increase
ambient humidity by creating a more balanced
moisture environment.

When low humidity levels are needed, our devices save energy in humidity control
by using a desiccant wheel style heat exchanger. With its silica gel wheel and
channels on the drum, it achieves precise humidity control by highly efficient
adsorption. Even after 8 years of use, the silica gel wheel still retains 90% of its
dehumidification capability.

With its long wheel life, durable layout, low energy consumption, and high drying
capacity, Desiccant Wheel Type Dehumidifiers are strong dehumidifiers suitable for
all environments.

It comes with a built-in temperature sensor, humidity sensor and a touch control
panel for real-time monitoring.

Advanced technology has been used to develop a heating system with controlled
regenerative heat that can save up to 30% on electricity consumption. To enable air
duct connection easier, the dehumidifier's air inlets and outlets comply with the
ISO7807 duct connection standard.

Evaporative humidification and cooling is generally
the process of lowering, humidifying and reducing the
ambient temperature by bringing hot and dry air into
contact with water.

Technowell Evaporative humidifications and coolers have large surface
cooling and humidification pads. Pads stay wet continuously with the water
flowing through the channels. The hot, dry air brought inside comes into
contact with the moving water as it moves through the pads, thanks to the
powerful and quiet fan. Heat transfer occurs between air and water during
the passage of air. Cool and humid air is given to the environment to be
cooled. The natural evaporation process provides a comfortable working
atmosphere by providing fresh and cold air

The steam is channelled through the stainless steel distributor into the air duct or air
handling unit. It can be easily assembled. It can be used by hanging on the switchboard
or the ground. It is sufficient to connect the water inlet connection, the water drainage
line connection, the steam and distribution connection, the electrical wiring and the
humidity sensor connection and to put the steam humidification unit into operation.
Auto humidification is accomplished thanks to the smart humidity and power control
system. Humidification systems from the TSH series can be used on air handling units
that don't have humidity control. The humidity sensor signal required for humidity
control is provided by the air handling unit manufacturer's control panel.

With the help of the oscillator used by the Technowell
ultrasonic humidifier introduces water particles smaller
than 10 m (3-5 m on average) into the air to increase
ambient humidity by creating a more balanced
moisture environment.

When low humidity levels are needed, our devices save energy in humidity control
by using a desiccant wheel style heat exchanger. With its silica gel wheel and
channels on the drum, it achieves precise humidity control by highly efficient
adsorption. Even after 8 years of use, the silica gel wheel still retains 90% of its
dehumidification capability.

With its long wheel life, durable layout, low energy consumption, and high drying
capacity, Desiccant Wheel Type Dehumidifiers are strong dehumidifiers suitable for
all environments.

It comes with a built-in temperature sensor, humidity sensor and a touch control
panel for real-time monitoring.

Advanced technology has been used to develop a heating system with controlled
regenerative heat that can save up to 30% on electricity consumption. To enable air
duct connection easier, the dehumidifier's air inlets and outlets comply with the
ISO7807 duct connection standard.

Evaporative humidification and cooling is generally
the process of lowering, humidifying and reducing the
ambient temperature by bringing hot and dry air into
contact with water.

Technowell Evaporative humidifications and coolers have large surface
cooling and humidification pads. Pads stay wet continuously with the water
flowing through the channels. The hot, dry air brought inside comes into
contact with the moving water as it moves through the pads, thanks to the
powerful and quiet fan. Heat transfer occurs between air and water during
the passage of air. Cool and humid air is given to the environment to be
cooled. The natural evaporation process provides a comfortable working
atmosphere by providing fresh and cold air