Guide
Choosing a Mosquito Killer Lamp
Coverage, anti-escape design, housing material and where each lamp type belongs.
Mosquito lamps are bought on four things: how much space one unit actually covers, whether the catch can escape, what the housing is made of, and whether it is fit to stand in a room people use.
Coverage
Coverage is a function of how far the light carries. Lamps that emit through 360° rather than one face cover a room evenly instead of creating a bright side and a dead corner. For a large or open space, two smaller units usually beat one large one.
Anti-escape design
Attracting a mosquito is half the job. A lamp with an anti-escape net or baffle over the collection tray holds what it catches; one without returns a proportion of them to the room when the fan stops. This is the difference buyers most often miss on a spec sheet.
Housing material
Aluminium-alloy bodies resist damp and corrosion, which matters in a bedroom in a humid season and matters more on a terrace. Plastic housings are lighter and cheaper and are the right answer for a seasonal retail line.
Where it has to live
An indoor lamp sits in a bedroom or a living room and has to look like something that belongs there. An outdoor unit needs a weather-rated housing, and solar versions remove the cable run entirely. Commercial kitchens and food areas are a separate case again: there the requirement is usually a glue-board lamp, not a high-voltage grid, because nothing may be scattered onto a food surface.
Shortlist by use
- Bedroom or nursery: quiet, low-glare, no chemicals
- Living space: 360° emission, anti-escape tray, presentable housing
- Terrace and garden: weatherproof or solar, higher output
- Food areas: glue-board capture rather than an electric grid
- Retail programme: match the format to the price point, not the other way round
Kunda publishes item codes, materials, sizes and packing data. MOQ, lead time and certification documents are confirmed per enquiry.