A decline in air temperature and skin temperature

Silky Fine Mist can spray 6-10μm micro mist. The mist takes heat from the air and skin surface as it evaporates, lowering the temperature. One will feel cooler about 4°C (SET*) down at a distance of approximately 60cm.

(SET*= Standard New Effective Temperature is a temperature metric that factors in relative humidity, mean radiant temperature, and air velocity, while also considering the anticipated activity rate and clothing levels. SET* is essentially a comprehensive comfort index that endeavors to incorporate all six basic physical factors of thermal comfort as well as physiological considerations.)

Staging mist effect

Silky Fine Mist can be equipped with 90° wide nozzles, creating theatrical smoke effect. With the light emitted by projector, various atmospheric effect can be created. Silky Fine Mist makes use of tap water to make theatrical smoke but not chemicals, which is harmless to human being.

Unique two-fluid mist nozzle technology

Silky Fine Mist adopts unique two-fluid mist nozzle technology, making use of low pressure technique spraying water and air simultaneously to form a micro mist as fine as 6μm.Besidessmaller control box, energy consumption is reduced by 70% compared with conventional two-fluid nozzle system, which achieves energy efficiency.

Significant heat dissipation effect

Mist evaporates on the skin and removes heat with a similar mechanism to perspiration. Body heat will be taken away as the sweat evaporates. When water changes from liquid to gas, water will absorb surrounding heat. The size of Silky Fine Mist is as fine as 6μm. The mist evaporates quickly after spraying and takes heat away from skin surface. Heat dissipation performance of Silky Fine Mist is 2.6 times higher than that of natural perspiration, which outperforms outdoor air conditioner.

Energy-saving technology

Silky Fine Mist uses compressor to generate cooling capacity only without using heat exchanger. Emission of waste heat is therefore highly reduced, slowing down global warming.

*Actual performance may be affected by different environmental factors such as relative humidity, mean radiant temperature and air velocity.

Various applications

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