Environmentally
Friendly
CONTINEWM® Plus Nets is a combination
of air treatment technologies: an all-in-one solution.
The Product is made by patented compounds and manufacturing processes.
It works on the electro static charges into the HVAC structure for a perfectly smooth air flow
and a fully optimized heat exchange
The Electrostatic Turbulences factor
The second patented principle enabling CONTINEWM® technology to reduce energy consumption in HVAC systems is the elimination of electrostatic disturbances between the airflow and the heat-exchanger fins. This phenomenon occurs naturally in HVAC and air-treatment systems.
Inside the HVAC unit, friction caused by the fan-driven airflow across internal components—particularly insulating plastic panels—continuously generates positive electrostatic charges. As a result, both the HVAC unit and the circulating air become electrostatically charged with the same positive polarity.
Because like charges repel, a repulsive force develops between the positively charged airflow and the heat-exchanger fins, shown in red in the diagram below. This electrostatic disturbance reduces effective contact between the air and the heat-exchange surface.
The resulting electrostatic air turbulence decreases heat-transfer efficiency, requiring the HVAC system to operate longer and consume more electrical energy to achieve the desired temperature.
CONTINEWM® Plus Nets maintain a strong negative electrostatic charge. When installed within the airflow, they neutralize the positive charges generated by electrostatic friction and reduce the repulsive force between the airflow and the heat-exchanger fins.
By improving contact between the air and the heat-exchange surface, CONTINEWM® helps optimize heat-transfer efficiency. The HVAC system can reach the target temperature more quickly, allowing the compressor’s off-cycles to become longer and more regular. This reduces compressor operating time and produces measurable energy savings.
The FIR factor
-
The patented action of CONTINEWM® Plus Nets helps break down moisture clusters into individual water molecules.
-
By increasing the contact area between airborne H₂O molecules and the heat-exchanger fins within the HVAC unit, the technology supports faster and more efficient heat transfer.
-
Improved heat-transfer efficiency enables the HVAC system to reach the set temperature more quickly and maintain it for longer periods.
-
The compressor therefore operates more efficiently and under a reduced load, lowering energy consumption while helping extend the service life of the HVAC equipment.
-
In addition to improving energy efficiency, the specific infrared emissions generated by CONTINEWM® Plus Nets Technology help purify the circulating air and reduce unpleasant odors.
The artistic illustrations on the left include a macro photograph of CONTINEWM® Nets and demonstrate how ceramic particles embedded within the net structure emit specific infrared rays, shown in red. These emissions help break down clusters of airborne water molecules into individual molecules.
The Aerodynamic Turbulences factor
One more Plus = increased temperature homogeneity.
Improve the well-being of your workers and customers visiting your store,
students in classrooms, patients in hospitals.
With CONTINEWM® NETS the temperature is evenly distributed
into the whole air volume into the room.
The infrared emissions produced by CONTINEWM® Nets help break down microscopic clusters of airborne water molecules into smaller clusters and individual molecules. This effect supports more uniform temperature distribution throughout the room, improving thermal homogeneity while reducing overall energy consumption.
Temperature uniformity is essential for the comfort, well-being, and productivity of people working in large indoor spaces. Without balanced cooling, occupants near windows may feel excessively warm, while those positioned close to HVAC outlets may feel uncomfortably cold.
CONTINEWM® Nets help create a more homogeneous indoor environment by distributing temperature more evenly throughout the occupied space. This improves thermal comfort for employees, guests, customers, and other building occupants.
Testing has demonstrated a reduction in temperature variation of up to 57%, together with room-temperature reductions of approximately 1°C to 3°C.
CONTINEWM® Nets help equalise air temperature throughout the office. Under normal conditions, employees seated close to an HVAC outlet may feel uncomfortably cold from the direct airflow, while those on the opposite side of the room experience substantially warmer temperatures.
Over a distance of 10 metres, the average temperature difference can reach approximately 5°C. With CONTINEWM® Nets, this variation can be reduced to as little as 1°C.
The result is a more comfortable and consistent working environment—with fewer disagreements about temperature settings or control of the thermostat.
The benefits extend beyond thermal comfort. Through the specific infrared treatment of circulating air, CONTINEWM® Nets Technology helps create a cleaner and more pleasant indoor environment.
By helping reduce bacteria, viruses, allergens, harmful particulate matter, and organic odors—while distributing cooled air more evenly—CONTINEWM® supports improved indoor air quality and occupant well-being. Employees benefit from air that feels fresher and cleaner, together with a more comfortable room temperature that can contribute to greater energy, satisfaction, and productivity throughout the working day.
CONTINEWM® Plus Nets is adding to your Air Conditioner the feature of an efficient natural ionizer. The odorless, purified air made by the active principle embedded in the Net allows you to gain loyal committed staff and reduce the number of sick days and turnover.
Installing CONTINEWM® Plus Nets in your office air-conditioners will definitely save you money,
and not only on electricity costs!