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Farm fans: Cool, Energy-Efficient, Heat Eliminating

Farm fans, also known as industrial propeller fans, are designed based on the influence of propellers from World War aircraft. They feature large propeller blades with suitable blade angles to generate massive airflow using minimal power sources. This design principle has been widely adopted in animal husbandry industries across America, Europe, and eventually Asia, evident in dairy farms, poultry farms, pig farms, poultry farms, and more.

Afterward, many leading fan manufacturers have scaled down the propeller blades and applied similar design principles to aircraft propellers to produce products for various industrial sectors. They employ pulleys and belts to transmit power to the propeller blades indirectly, resulting in high airflow, quiet operation, and lower electricity consumption compared to direct drive fan motors. These fans have gained popularity in various settings, especially industrial factories, production facilities, warehouses, and buildings, due to their quick return on investment in energy savings. They come in various blade sizes, offering flexibility and ease of installation, making them highly sought after in industrial and livestock farming markets.

The primary function of industrial propeller fans is to ventilate and increase air velocity in a space. Often, people wonder if these fans can lower temperatures, and the answer is yes, under certain conditions. Factors such as relative humidity, existing loads in the area, external and internal heat sources, height from floor to ceiling, building and airflow pathway designs all play crucial roles. However, the primary task remains ventilation and improving air movement, with temperature reduction being an added benefit under suitable conditions.

Ever wondered why you feel cooler when the wind blows? It's because our bodies naturally generate heat to keep warm, and when the warm air around us gets displaced by wind, it carries away the heat, making us feel cooler. As a result, when the surrounding air is too warm, the airflow created by fans helps distribute the heat away from us, leading to a sensation of coolness. Ultimately, when the body gets too warm, it releases sweat to dissipate heat, which evaporates into the air with the help of airflow, leaving us feeling cooler.

Therefore, calculating fan installation in different areas requires expert engineering design to maximize efficiency in ventilation. Air change rate calculation is critical in designing ventilation systems to ensure optimal airflow and effective heat dissipation.

Yushi Group Co., Ltd. specializes in designing ventilation systems for buildings and industrial factories, with over 17 years of experience. As industry leaders, they provide comprehensive services from production, importation, installation, to full-service maintenance, offering professional ventilation hybrid system designs to meet energy-saving and ventilation requirements.

Currently, they have distributed over 3,000 industrial propeller fans across Thailand, available in various models and sizes, with airflow capacities exceeding 44,500 CMH. All products come with a one-year warranty, and they are ready for immediate delivery, meeting Thai Industry Standards No. 934-2558 is now completed.