Light traps for flying insects are an effective means of controlling pests. The flying insects are flies, bees, dragonflies, butterflies, mosquitoes, etc.
Bearing in mind that in places like hospitals and where food is produced, these insects can become transmitters of diseases.
This light trap is an optimal product for these cases. In the market, there are many brands, but the Tl2-c are efficient when exchanging used plates or light tubes, with the benefit of not disarming the equipment. In our market, light traps for flying insects are developed for the fly segment as a vector of transmission of many diseases. There are three types:
- The electrocution trap: attracts the flies with their ultraviolet light and, when perched on the conductive grid, the insect is electrocuted because it conducts electricity.The trap with an adhesive plate: it has a grid with glue where the fly is stuck; these when they are saturated with insects must be changed.
- The electro-adhesive trap: has a voltage that every 8 seconds is triggered by giving the fly an electrical pulse that stuns it and when the fly falls, it remains in the glue. Electroconductors are not very advisable because the insect, when electrocuted, explodes into pieces and these fall out of the trap.
- traps-light-insects-flying-insects The light trap for flying insects that are used in all places where food is handled is the light trap with adhesive. The lamps, in this case, are beneficial because the insects have adapted their visual system that is sensitive to the ultraviolet or UV light of the electromagnetic spectrum.
This UV light is outside the range of human beings where the wavelength of the UV is 100 and 400 nanometers. This light is called phototropism.
Within the ranges of light, we have the blue color whose length is 450 and 500, the green light, length 500 and 560, orange light, length 600 and 650. The use of UV is given by the farthest length or FAR for the scientific use.
The mid-MIDDLE UV is used in tanning lamps since they are the same as the sun transmits, and NEAR near UV ranging from 3500 to 4000.
The experience of UV tubes as light traps for flying insects shows that they are efficient, although at first, it does not cause the desired effect, (when the UV light is placed, a prudential time must be waited and then the light begins to make the effect, and this is blunt).
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