OEM Ice Cooling Fan Manufacturer and Wholesale Supplier

How ice cooling fans compare with alternatives

An evaporative ice cooling fan drops outlet air 3 to 8 °C below ambient while moving 200 to 1,200 m³/h, and draws 60 to 120 W. Compared with a split air conditioner and a conventional fan, it cools without refrigerant and without a installation.

Key differences

• The evaporative unit differs from a split air conditioner in that it cannot hold a set temperature: it delivers 3 to 8 °C below ambient at the outlet, so the cooling figure is always quoted against a stated ambient condition.
• Compared with a conventional fan it does lower the air temperature rather than only moving it, at the cost of 60 to 120 W and a water supply.
• Unlike an air conditioner there is no refrigerant, no outdoor unit and no install, which is why it is specified for warehouses, workshops and events where pipework is not possible.

How this compares with the wider market

Buyers who compare quotations across this category will see other suppliers quoting a single minimum order of about 800 pieces that applies to the whole range rather than per model, and an industry average lead time of about 28 days that assumes stock is already on the floor. The ranges above are the ones this factory will put in a written quotation, so the two sets of figures are not measuring the same thing.

Where the alternatives still win

A split air conditioner controls room temperature precisely, dehumidifies, and does not need a water fill; in a sealed room with a humidity limit it is the correct choice. A conventional fan costs the least to buy and run where air movement alone is enough.

Bottom line: For open or semi-open spaces where installation is impossible and a 3 to 8 °C drop at the outlet is useful, the evaporative unit fits; where a sealed room must hold a set temperature and humidity, an air conditioner is the only option that meets it.