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1. Frame: It is made by SMC molding and integrally molded, with good corrosion resistance, insulation and aging resistance. Fiberglass material is relatively lightweight, but has high strength, can withstand certain external impacts, and is not easy to rust, with a long service life. Its outer surface is smooth and flat, which can reduce air resistance and improve the ventilation efficiency of the fan.
2. Butterfly Cone: It is an important component of the fan, shaped like a horn mouth, and is usually installed at the outlet of the fan. The function of the butterfly cone is to gather the airflow, reduce the dispersion and energy loss of the airflow, and make the exhaust or supply effect of the fan more significant.
3. Blade: Generally made of materials such as aluminum alloy or fiberglass, it has good strength and toughness, and can maintain stability under high-speed rotation. The shape and angle of the blades are carefully designed to ensure that the fan can generate sufficient air volume and pressure.
4. Motor: The fiberglass butterfly cone fan adopts an efficient and energy-saving motor, which has the characteristics of sufficient power, stable speed, and low power consumption, and can meet the ventilation needs of different places.
5. Shutters: Equipped with high-quality PVC material shutters, the shutters automatically close when the fan stops running, effectively preventing external dust, debris, rainwater, etc. from entering the interior of the fan.
Corrosion-Resistant Fiberglass Frame: Constructed from strong fiberglass, the frame offers excellent resistance to corrosion and structural damage, making it perfect for harsh conditions like poultry farms, chemical factories, and coastal regions. It remains resistant to rust and deterioration, ensuring extended durability.
High Ventilation Efficiency and Low Air Resistance: The fan’s advanced ductwork reduces air resistance, optimizing ventilation performance. This enables efficient expulsion of contaminated air while drawing in fresh air, improving overall air quality and maintaining optimal environmental conditions in spaces like farms and greenhouses.
Effortless Installation and Low Maintenance Requirements: The fan’s straightforward and lightweight design makes it easy to transport and set up, cutting down on installation costs. It requires minimal upkeep, typically just cleaning and checking the motor, lowering maintenance expenses and ensuring long-term reliability.
Broad Range of Applications: The fan’s adaptable design makes it suitable for a variety of settings, including agriculture, industrial facilities, and commercial spaces. It effectively handles the ventilation and cooling needs of large areas, promoting healthy air circulation and boosting productivity across diverse industries.
1. Animal husbandry industry: In the breeding farm, fiberglass exhaust fans can effectively remove odors, harmful gases, and excess heat generated by animals, maintain fresh air in the farm, and provide a good growth environment for animals. For example, in pig house, chicken house, cowshed and other places, the use of glass fiber reinforced plastic fan can reduce the incidence rate of animals and improve the breeding efficiency.
2. In the field of agricultural planting: In places such as greenhouses and flower planting bases, fiberglass butterfly cone can regulate indoor temperature, humidity, and air circulation, providing a suitable environment for plant growth. For example, during high temperatures in summer, fans can exhaust the hot air inside the greenhouse and lower the temperature; In winter, turning on the fan can introduce fresh air and increase the indoor oxygen content.
3. In the field of industrial production: fiberglass butterfly cone exhaust fans are suitable for various industrial plants, such as machinery factories, chemical factories, electronics factories, clothing factories, etc. It can discharge exhaust gas, hot air, and dust from the factory building, improve the working environment, and enhance workers' work efficiency. At the same time, it can also be used for heat dissipation and ventilation of industrial equipment to ensure the normal operation of the equipment.
1. Frame: It is made by SMC molding and integrally molded, with good corrosion resistance, insulation and aging resistance. Fiberglass material is relatively lightweight, but has high strength, can withstand certain external impacts, and is not easy to rust, with a long service life. Its outer surface is smooth and flat, which can reduce air resistance and improve the ventilation efficiency of the fan.
2. Butterfly Cone: It is an important component of the fan, shaped like a horn mouth, and is usually installed at the outlet of the fan. The function of the butterfly cone is to gather the airflow, reduce the dispersion and energy loss of the airflow, and make the exhaust or supply effect of the fan more significant.
3. Blade: Generally made of materials such as aluminum alloy or fiberglass, it has good strength and toughness, and can maintain stability under high-speed rotation. The shape and angle of the blades are carefully designed to ensure that the fan can generate sufficient air volume and pressure.
4. Motor: The fiberglass butterfly cone fan adopts an efficient and energy-saving motor, which has the characteristics of sufficient power, stable speed, and low power consumption, and can meet the ventilation needs of different places.
5. Shutters: Equipped with high-quality PVC material shutters, the shutters automatically close when the fan stops running, effectively preventing external dust, debris, rainwater, etc. from entering the interior of the fan.
Corrosion-Resistant Fiberglass Frame: Constructed from strong fiberglass, the frame offers excellent resistance to corrosion and structural damage, making it perfect for harsh conditions like poultry farms, chemical factories, and coastal regions. It remains resistant to rust and deterioration, ensuring extended durability.
High Ventilation Efficiency and Low Air Resistance: The fan’s advanced ductwork reduces air resistance, optimizing ventilation performance. This enables efficient expulsion of contaminated air while drawing in fresh air, improving overall air quality and maintaining optimal environmental conditions in spaces like farms and greenhouses.
Effortless Installation and Low Maintenance Requirements: The fan’s straightforward and lightweight design makes it easy to transport and set up, cutting down on installation costs. It requires minimal upkeep, typically just cleaning and checking the motor, lowering maintenance expenses and ensuring long-term reliability.
Broad Range of Applications: The fan’s adaptable design makes it suitable for a variety of settings, including agriculture, industrial facilities, and commercial spaces. It effectively handles the ventilation and cooling needs of large areas, promoting healthy air circulation and boosting productivity across diverse industries.
1. Animal husbandry industry: In the breeding farm, fiberglass exhaust fans can effectively remove odors, harmful gases, and excess heat generated by animals, maintain fresh air in the farm, and provide a good growth environment for animals. For example, in pig house, chicken house, cowshed and other places, the use of glass fiber reinforced plastic fan can reduce the incidence rate of animals and improve the breeding efficiency.
2. In the field of agricultural planting: In places such as greenhouses and flower planting bases, fiberglass butterfly cone can regulate indoor temperature, humidity, and air circulation, providing a suitable environment for plant growth. For example, during high temperatures in summer, fans can exhaust the hot air inside the greenhouse and lower the temperature; In winter, turning on the fan can introduce fresh air and increase the indoor oxygen content.
3. In the field of industrial production: fiberglass butterfly cone exhaust fans are suitable for various industrial plants, such as machinery factories, chemical factories, electronics factories, clothing factories, etc. It can discharge exhaust gas, hot air, and dust from the factory building, improve the working environment, and enhance workers' work efficiency. At the same time, it can also be used for heat dissipation and ventilation of industrial equipment to ensure the normal operation of the equipment.