Installation methods and usage scenarios
Standing fans: usually placed on the ground, with strong mobility, suitable for large spaces such as living rooms, bedrooms, offices, etc., and can flexibly adjust their positions to meet the air supply needs of different areas.
Table fans: placed on flat surfaces such as desktops, such as desks, desks, bedside tables, etc., mainly provide coolness for local areas, suitable for use when working, studying or resting.
Wall fans: installed on the wall, do not occupy ground space, often used in places with limited space such as kitchens, bathrooms, corridors, etc., can also be installed on the walls of living rooms and bedrooms to supply air to specific areas.
Appearance and size
Standing fans: generally larger in size, usually more than 1 meter in height, and relatively large in fan blade diameter, commonly 300mm, 350mm, 400mm, etc., with a more stable overall shape.
Table fans: small in size, generally around 300mm-600mm in height, with small fan blade diameters, mostly 200mm, 230mm, 250mm, etc., easy to place on the desktop, not taking up too much space.
Wall fan: The size is relatively moderate, the fan blade diameter is generally between 250mm-450mm, the overall lightness is relatively thin, and it will not appear too abrupt when installed on the wall.
Functional characteristics
Stand fan: It usually has a large air volume and a long air supply distance. Some stand fans also have the functions of up and down pitch and left and right shaking, which can adjust the air supply angle so that the wind can cover a wider area.
Table fan: The air volume is relatively small and the air supply distance is short, but the wind speed adjustment is more flexible, which can meet the cooling needs of local areas. Some table fans also have functions such as timing and sleeping wind.
Wall fan: The air supply is relatively uniform. Some wall fans can shake their heads left and right, but the up and down pitch angle adjustment is relatively small. It mainly supplies air in the horizontal direction, which can effectively improve the local ventilation environment.
