Photocatalyst mosquito killing lamp with dual wavelength UV light attraction, 11W insect trap device with 365-370nm upper lamp and 360-365nm lower lamp in black, dark gold, or white colour options suitable for UK or US style designs
Photocatalyst mosquito killing lamp with dual wavelength UV light and 11W 12V operation

This photocatalyst mosquito killing lamp offers an insect control method based on light attraction principles rather than chemical repellents. Operating on 12V power with an 11W rating, the device uses ultraviolet light emissions to attract flying insects. The lamp features dual wavelength specifications across its upper and lower light sources, providing coverage across the 360-370nm range that targets different insect visual sensitivities. With compact dimensions measuring 133mm by 133mm by 267mm, the unit presents a practical size for various placement options in domestic or commercial settings.
Features and Construction

The lamp's construction centres around its specified wavelength emissions and electrical parameters. The technical specifications provide measurable data about the device's operation without making claims about coverage area or insect elimination percentages.
Material and Build
The device incorporates UV light emitting components designed to operate within the specified wavelength ranges. The 365-370nm upper lamp and 360-365nm lower lamp represent distinct wavelength bands that may target different insect behaviours or species. Electrical components are rated for 12V operation at 11W power consumption, providing the necessary parameters for appropriate power supply selection.
Size and Practical Fit
Measuring 133mm by 133mm by 267mm, the lamp presents compact dimensions suitable for placement on surfaces or mounting in various locations. The square base profile of 133mm provides stability, while the 267mm height accommodates the dual light sources and internal components. These measurements indicate a product designed for practical positioning rather than extensive installation requirements.
Uses and Placement

The lamp's application focuses on attracting flying insects through UV light emission. The dual wavelength approach across two separate light sources suggests consideration for different insect visual sensitivities or attraction patterns.
Event or Professional Use
For events or commercial settings where chemical repellents may be undesirable, this lamp provides an alternative approach to insect management. The 12V operation allows connection to appropriate power systems, while the 11W rating indicates relatively low power consumption for extended use. The absence of chemical emissions makes it suitable for food service areas or enclosed spaces.
Everyday Home Use
In domestic settings, the lamp offers a non-chemical option for reducing flying insect presence. The compact dimensions allow placement on patios, near windows, or in outdoor seating areas. The multiple colour options in black, dark gold, or white provide aesthetic flexibility to match different decor styles, while UK and US style variations address regional design preferences.
Benefits and Buying Value

The lamp's value proposition centres on its technical specifications and alternative approach to insect control. Without making performance claims beyond its measurable parameters, the device presents a defined method based on UV light attraction.
Reuse and Low Maintenance
The device operates without consumable chemicals or replacement cartridges beyond potential bulb replacement, though specific lifespan data isn't provided. The 11W power rating suggests relatively low operating costs compared to higher-consumption alternatives. The solid-state construction indicates potential for repeated seasonal use without complex maintenance requirements.
Why Choose This Product
This photocatalyst mosquito killing lamp provides clearly specified wavelength emissions and electrical parameters for informed selection. The dual wavelength approach across 360-370nm represents a technical specification rather than a marketing claim, offering transparency about the device's operation. With multiple colour options and regional style variations, the product accommodates different aesthetic preferences without compromising its technical function.
