Dehumidification- the inside story.
Air is drawn into the dehumidifier by means of a fan. The moisture is then condensed from the air and piped away, or collected by a container. The dry air is heated with the energy recovered during the drying phase and returned to the room. The process lowers the relative humidity of the air, increasing its capacity to absorb more moisture from surrounding surfaces. Condensation is avoided. Drying the air in a room enables plaster, cement or paint to dry out quicker without cracking. In fact the process is predictably faster than natural drying.
Dehumidification- the inside story.
Air is drawn into the dehumidifier by means of a fan. The moisture is then condensed from the air and piped away, or collected by a container. The dry air is heated with the energy recovered during the drying phase and returned to the room. The process lowers the relative humidity of the air, increasing its capacity to absorb more moisture from surrounding surfaces. Condensation is avoided. Drying the air in a room enables plaster, cement or paint to dry out quicker without cracking. In fact the process is predictably faster than natural drying.
Dehumidification- the inside story.
Air is drawn into the dehumidifier by means of a fan. The moisture is then condensed from the air and piped away, or collected by a container. The dry air is heated with the energy recovered during the drying phase and returned to the room. The process lowers the relative humidity of the air, increasing its capacity to absorb more moisture from surrounding surfaces. Condensation is avoided. Drying the air in a room enables plaster, cement or paint to dry out quicker without cracking. In fact the process is predictably faster than natural drying.
