We would like to take this opportunity to introduce a new Mosquito
catching device product.
Purifies and sterilizes air through TiO2 effect.
Decoys mosquitoes with carbon dioxide produced during TiO2 process.
Environmentally friendly, Insecticide-free and Harmless on humans.
Size: Diameter 25cm X Height 30cm
Electric power consumption: 20W, 220V
Weight: 2 kg
Area of application: 120 M2
Principle of Captures Mosquitoes
Mosquitoes, even in the dark, can easily access where a person is by
sensing carbon dioxide and temperature that he/she sheds.
Also, they react extremely sensitively to near ultraviolet rays.
Using these properties of mosquitoes, Skone can decoy and capture
mosquitoes both in bright indoors and in dark outdoors by a tripartite
system: HEAT and A CERTAIN WAVELENGTH RAY produced from the
photocatalyst lamp installed inside, and CARBON DIOXIDE produced when
photocatalyst lamp are radiated onto TiO2.
Decoyed mosquitoes enter the exterminator through the capture windows on
the upper parts, and then are strongly drawn into the capture net, on
the lower part.
Once they are drawn into the capture net, they cannot fly away upwards
due to the strong current of the ventilator.
catching device product.
Purifies and sterilizes air through TiO2 effect.
Decoys mosquitoes with carbon dioxide produced during TiO2 process.
Environmentally friendly, Insecticide-free and Harmless on humans.
Size: Diameter 25cm X Height 30cm
Electric power consumption: 20W, 220V
Weight: 2 kg
Area of application: 120 M2
Principle of Captures Mosquitoes
Mosquitoes, even in the dark, can easily access where a person is by
sensing carbon dioxide and temperature that he/she sheds.
Also, they react extremely sensitively to near ultraviolet rays.
Using these properties of mosquitoes, Skone can decoy and capture
mosquitoes both in bright indoors and in dark outdoors by a tripartite
system: HEAT and A CERTAIN WAVELENGTH RAY produced from the
photocatalyst lamp installed inside, and CARBON DIOXIDE produced when
photocatalyst lamp are radiated onto TiO2.
Decoyed mosquitoes enter the exterminator through the capture windows on
the upper parts, and then are strongly drawn into the capture net, on
the lower part.
Once they are drawn into the capture net, they cannot fly away upwards
due to the strong current of the ventilator.