Adopting CFD optimized air duct design, with high air volume, smooth operation, and low noise. Adopting an ultra-thin body design, the overall structure is simple, lightweight, easy to install, and convenient for disassembly and maintenance

Dehumidification and haze removal bidirectional flow fresh air fan, dehumidification and haze removal, one machine for multiple purposes, easily capable of handling various occasions; Wide operating conditions, efficient and stable; Powerful compressor, Panasonic brushless DC motor, efficient, low-noise, durable; Efficient purification, creating a healthy and comfortable living space.

Electrostatic purification bidirectional flow fresh air fan, electrostatic dust removal, high-efficiency filtration, with a purification efficiency of up to 98.9% in one pass; UV lamp is highly effective in disinfection, with internal circulation and multiple functions, making it the perfect choice; ER special paper+ABS plastic heat exchanger, long service life, long-lasting companionship, high efficiency and energy saving; Panasonic brushless DC motor, efficient and low-noise, ultimate silence, dedicated to providing perfect enjoyment of health and comfort.

The overall structure is made of high-quality galvanized steel plate with spray coating treatment, which has good corrosion resistance Adopting the method of replacing the filter screen on the bottom, with a snap on design, the filter screen can be replaced without the need for tools Adopting efficient and silent DC motor combined with low-noise silent wind turbine, low noise and low energy consumption The machine adopts a micro positive pressure design, where the fresh air volume is greater than the exhaust air volume, the indoor air pressure is higher than the outdoor air pressure, and the polluted outdoor air cannot enter the indoor environment The DC machine adopts a primary effect+high-efficiency composite filter, which efficiently filters PM2.5 The machine adopts graphene high-efficiency heat exchanger, which has a long service life and high heat transfer efficiency