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灭蚊为主选波长365-395nm的UV-A光源，且需搭配光触媒或CO2模拟诱导，单纯紫外光对雌蚊（吸血蚊）诱捕效果有限，因为蚊子主要靠二氧化碳和体温定位人体

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Unverified灭蚊主打的机器需配二氧化碳或光触媒模拟人体诱捕，纯UV光对蚊子实际效果有限（蚊子主要靠CO2和体温找目标），单纯UV灯对飞蛾、小飞虫更有效89% similar Unverified单纯紫外光电击灯对人体呼出的二氧化碳无响应，实测灭蚊效率远低于'光波+CO2/光触媒仿生诱捕'的物理吸入式灭蚊灯，追求实际灭蚊效果应优先考虑带光触媒或加热诱蚊的吸入式产品89% similar Unverified灭蚊灯依赖光诱引效果有限，必须搭配二氧化碳或人体气味模拟（如光催化产生CO2）才能有效吸引以血为食的雌蚊；纯紫外光灯主要吸引趋光昆虫，对蚊子诱捕率显著偏低87% similar Unverified光触媒仿生型通过灯管涂层在紫外照射下释放微量CO2模拟人体呼吸，对蚊子诱集显著优于纯UV电击款，但涂层有寿命，长期使用诱蚊力会衰减85% similar UnverifiedCO₂诱蚊灯对雌蚊（吸血蚊）的诱捕效率显著高于紫外光诱蚊，因为雌蚊靠二氧化碳和体温定位宿主而非趋光；纯紫光灯主要诱杀飞蛾等趋光昆虫，杀蚊效果被夸大84% similar

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