Intro

With mosquitoes being a nuisance and potential carriers of diseases, finding an effective mosquito trap is essential. One such trap that has gained popularity is the TiO2 mosquito trap, also called as Photocatalyst Mosquito Trap. In this blog, we will explore how a TiO2 mosquito trap works using titanium dioxide (TiO2) as the key component to attract and capture mosquitoes.

1.What is Titanium Dioxide (TiO2)?

“Titanium dioxide is a white inorganic compound, which has been used for around 100 years in a vast number of diverse products. It is depended on for its non-toxic, non-reactive and luminous properties, which safely heighten the whiteness and brightness of many materials.”

Titanium dioxide is a naturally occurring mineral that has the ability to generate highly reactive molecules when exposed to UV light. These reactive molecules, known as hydroxyl radicals, have strong oxidative properties and can break down organic compounds, making TiO2 an excellent photocatalyst. It is usually transparent and odorless when in Mosquito Trap and can help to increase the attraction rate of Mosquito Trap.

a. Bonus Tips-FAQ:

We guess you may have some concerns. Here we list some common questions that our customers have asked us before. Hope these help your understanding and to make an informed decision.

1. How long Titanium dioxide(TiO2) last?

   

   Generally, titanium dioxide coatings can last for many years, especially when used in outdoor applications. So you don’t need to worry about coating titanium dioxide by yourself if you buy a TiO2 Insect Trap. No need of replacement like the insect traps using gas bottle.

2. Will the titanium dioxide(TiO2) volatilize?

   

   No, titanium dioxide (TiO2) does not volatilize under normal conditions. It is a stable compound with a high melting point and does not evaporate into the air. Instead, titanium dioxide is known for its excellent stability and resistance to chemical reactions. 

3. Is titanium dioxide (TiO2) safe for humans?

   

   Yes, titanium dioxide is generally considered safe for humans. It is depended on for its non-toxic, non-reactive and luminous properties, and it has been widely used in various industries, including food, cosmetics, and pharmaceuticals, , not only in Insect Trap.

b. Bonus Tips-Cleaning Guideline:

To extend the lifespan of titanium dioxide coatings, you can follow these guidelines:

• Regular cleaning: Clean the coated surfaces periodically to remove any dirt, dust, or pollutants that may accumulate. Use mild soapy water or non-abrasive cleaning agents to prevent damaging the coating.
• Avoid abrasive materials: When cleaning, avoid using rough sponges, brushes, or abrasive cleaners that can scratch or wear down the coating. Opt for soft cloths or gentle cleaning tools instead.

2.The Components of a TiO2 Mosquito Trap:

• UV Light Source: TiO2 mosquito traps use UV lights, typically in the form of either ultraviolet (UV) or light-emitting diode (LED) lights, to emit specific wavelengths that mosquitoes find highly attractive. These lights are set at a wavelength that mosquitoes are drawn to, making the trap more effective.
• TiO2 Coating: You may have known why mosquitoes like humans so much. Yes, it is mainly because the scent that human emits. Usually titanium dioxide is coated around the UV light of the trap. The presence of UV light and titanium dioxide enables the production of CO2, just likes human breath. Thus, the titanium dioxide coating plays a vital role in attracting insects, and can help to attract mosquitoes much more effectively.
• Fan: The trap is equipped with a fan that creates airflow within the device. The fan serves multiple purposes: it helps spread the scent, attracts mosquitoes towards the trap, and captures them.

3.The Working Mechanism of a TiO2 Mosquito Trap:

When the UV lights of a TiO2 mosquito trap are turned on, they activate the TiO2 coating. As mosquitoes approach the trap, they are attracted to the UV light, considering it as a potential host. Simultaneously, the TiO2 coating reacts with the UV light and releases CO2 by imitating human’s breath to attract mosquitoes. So there are actually double attraction-UV light plus TiO2 reaction. Then, once the mosquitoes are close to the trap, the built-in suction fan will help draw them into the trap,to capture them and trap them in the given compartment/collection box until they die by dehydration. Finally, you can open the collection box regularly and throw away the insect bodies.

a. Attraction and Capture of Mosquitoes:

Mosquitoes are known to be attracted to certain scents including carbon dioxide and lactic acid found in human breath and sweat. The TiO2 coating, when activated, simulates these scents by releasing small amounts of carbon dioxide and other compounds to mimic human presence. This combination of attractive factors, including the UV light, lures mosquitoes towards the trap.

b. The Role of the Fan:

Once mosquitoes are close to the trap, the fan helps draw them in. The airflow created by the fan directs the mosquitoes towards the trap’s interior and prevents them from escaping. As mosquitoes enter the trap, they are captured and unable to re-enter the surrounding area.

c. Easy Maintenance and Eco-Friendliness:

Maintaining a TiO2 mosquito trap is relatively simple. Regular cleaning of the trap and emptying the collection tray is recommended to ensure optimal performance. These traps are also considered eco-friendly since they do not involve the use of harmful chemicals or insecticides, providing a safer and sustainable solution for mosquito control.

4. Exploring Powerful TiO2 Mosquito Traps from GLEECON

Welcome to GLEECON. We have been specialized in Pest Control since 2005, and have been focused on its innovation. You can enjoy one-stop purchase of all kinds of Insect Killers from us, certainly including TiO2 incorporated Mosquito Traps.

Following you can find our two popular TiO2 Mosquito Trap designs for your first reference, covered both big and small areas. If you have any question or need more recommendations, please email your details to us: phoenix@gleecon.com

POTENT Insect Trap GF-20B

(with TiO2 incorporated upon request)

Model:GF-20B

This is our biggest and most powerful Mosquito Trap incorporated with TiO2 technology. If you are looking for a biggest outdoor area, this one would be a best choice for you and it has been proved with marvellous efficiency.

ROCKET Insect Trap

( with TiO2 incorporated upon request)

Model:GF-7CN

If you are looking for a smaller Mosquito Trap than GF-20B for a smaller area, this could be a popular alternative choice for you. You can let it stand, hang and sit anywhere, various using ways.

Conclusion:

TiO2 mosquito traps leverage the power of titanium dioxide photocatalysis to attract, capture, and eliminate mosquitoes. By emitting specific wavelengths of UV light and utilizing a TiO2 coating to mimic human scents, these traps create an irresistible environment for mosquitoes. The incorporation of a fan ensures that mosquitoes are drawn towards the trap and effectively captured. Consider using a TiO2 mosquito trap to create a mosquito-free environment and enjoy your time outdoors without the annoyance and potential health risks associated with mosquitoes.