What is the mosquito-catching principle of Photocatalyst Electronic Mosquito Lamp?

The core principle of photocatalytic technology
The working principle of Photocatalyst Electronic Mosquito Lamp relies on photocatalytic technology, which is a technology that uses ultraviolet light to irradiate catalysts to promote chemical reactions. In the design of mosquito repellent lamps, ultraviolet light sources and photocatalysts work together to attract mosquitoes to approach the lamp. Specifically, photocatalytic technology captures mosquitoes through the following steps:

Ultraviolet attraction: Mosquitoes mainly find hosts by sensing signals such as carbon dioxide, human body temperature, and ultraviolet rays. In photocatalytic electronic mosquito repellent lamps, the light source of the ultraviolet lamp simulates the natural heating and breathing of the human body, attracting mosquitoes to fly to the lamp. After being attracted by the ultraviolet light source, mosquitoes will quickly fly to the location of the light source.

Photocatalytic reaction: When mosquitoes approach the light source, ultraviolet rays will stimulate the catalyst to produce a chemical reaction, releasing a spectrum that is attractive to mosquitoes, further deepening its attraction.

Mosquito capture: Once a mosquito approaches the light source, the electronic power grid inside the Photocatalyst Electronic Mosquito Lamp will start, and the approaching mosquitoes will be electrocuted to death using the high-voltage power grid. The grid is cleverly designed with high voltage but low current, which can quickly kill mosquitoes while ensuring safety and will not cause harm to users.

Electronic shock technology
In addition to photocatalytic technology, the Photocatalyst Electronic Mosquito Lamp also uses electronic shock technology, which kills mosquitoes as soon as they come into contact with the lamp. The working principle of this technology is as follows:

High-voltage grid design: When a mosquito flies towards the light source and contacts the mosquito repellent lamp, the high-voltage grid in the lamp will quickly pass through the mosquito body, immediately releasing current and causing the mosquito to die. The design of the grid ensures that only flying mosquitoes can contact the current, while the device casing can effectively protect people and pets from being electrocuted.

Electric shock effect: Electric shock not only effectively kills mosquitoes, but also quickly stops the breeding process of mosquitoes and reduces the impact of mosquitoes on the environment. Especially in mosquito-intensive environments, electronic shock technology can significantly reduce the number of mosquitoes and achieve a lasting control effect.

Advantages of composite functions
The Photocatalyst Electronic Mosquito Lamp combines photocatalysis and electronic shock technology. This composite function makes the product perform well in mosquito capture, with obvious advantages:

Multiple attractions: The combination of ultraviolet and photocatalytic technology can simulate human body temperature and odor, attract more mosquitoes, and make them form a clustering effect around the light, thereby improving the capture efficiency.

Non-chemical mosquito repellent: Unlike traditional chemical mosquito repellents, the Photocatalyst Electronic Mosquito Lamp attracts and kills mosquitoes by physical means, avoiding chemical pollution and ensuring the safety of family and pets. The mosquito repellent lamp is environmentally friendly and non-toxic, and will not cause any impact on the environment or human health.

Long-lasting and effective: The working time of this product can be up to 480 hours or more, and it can still maintain a good mosquito capture effect even after long-term use. Photocatalytic technology does not require frequent replacement of consumables, and the long life of the ultraviolet light source can provide users with long-term and stable mosquito control effects.

Widely applicable: This product is suitable for spaces of 20 to 50 square meters, including homes, offices, hotels and other places. Users can flexibly choose the location of the device according to actual needs to ensure mosquito elimination effect.