Professional manufacturer of High-quality cooling fans
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The Low-Noise EC Axial Fan for Husbandry is specifically engineered to address the ventilation needs of agricultural environments while prioritizing animal welfare and energy efficiency. Powered by an advanced electronically commutated (EC) motor, this fan achieves up to 70% energy savings compared to traditional AC fans, significantly reducing operational costs for farms and livestock facilities . With a maximum airflow capacity of 1,200 CFM and ultra-low noise output of ≤55 dB(A) at 3 meters, it creates a stress-free environment for livestock while maintaining optimal air circulation . The fan meets GB 19606-2004 noise standards and holds IP55 protection certification, ensuring reliable performance against dust, moisture, and agricultural contaminants . Its rugged design operates seamlessly in temperatures ranging from -10°C to 50°C, making it suitable for diverse climatic conditions .
The fan incorporates a bionic impeller design inspired by owl wing structures, featuring serrated edges that disrupt noise-generating turbulence. This innovative design reduces aerodynamic noise by 40% compared to standard axial fans, minimizing stress-related behaviors in poultry, swine, and dairy animals . The EC motor’s brushless operation eliminates mechanical friction noise, contributing to the ultra-quiet performance critical for animal growth environments.
Constructed with 316 stainless steel components and anti-corrosive coatings, the fan withstands ammonia, manure gases, and high humidity—common challenges in livestock facilities . The sealed motor housing prevents dust ingress, while drain holes in the frame eliminate water accumulation, extending service life in damp conditions.
Equipped with animal density sensors and humidity probes, the fan automatically adjusts speed between 30% and 100% output based on real-time barn conditions. This dynamic regulation maintains optimal 60-70% humidity levels and reduces ammonia concentrations below 25 ppm, supporting healthier livestock environments . The fan integrates with farm management systems via Modbus RTU protocol for centralized monitoring.
Ideal for broiler and layer facilities, where consistent airflow and low noise reduce mortality rates and improve feed conversion ratios by up to 8% .
Effectively ventilates gestation and finishing rooms, removing harmful gases while maintaining temperature gradients critical for swine comfort and growth.
Creates optimal air exchange in milking parlors and freestall barns, reducing heat stress in dairy cows and supporting consistent milk production .
Studies show noise levels below 60 dB(A) reduce stress hormones in animals, increasing poultry weight gain by 12% and dairy milk production by 5% compared to noisy environments .
The self-cleaning impeller design and sealed motor require only quarterly visual inspections. Annual lubrication of bearings ensures optimal performance in agricultural conditions .
Yes, it features wide voltage tolerance (180-264V) and surge protection, maintaining stable operation during typical farm power variations without performance drops .
The Low-Noise EC Axial Fan for Husbandry is specifically engineered to address the ventilation needs of agricultural environments while prioritizing animal welfare and energy efficiency. Powered by an advanced electronically commutated (EC) motor, this fan achieves up to 70% energy savings compared to traditional AC fans, significantly reducing operational costs for farms and livestock facilities . With a maximum airflow capacity of 1,200 CFM and ultra-low noise output of ≤55 dB(A) at 3 meters, it creates a stress-free environment for livestock while maintaining optimal air circulation . The fan meets GB 19606-2004 noise standards and holds IP55 protection certification, ensuring reliable performance against dust, moisture, and agricultural contaminants . Its rugged design operates seamlessly in temperatures ranging from -10°C to 50°C, making it suitable for diverse climatic conditions .
The fan incorporates a bionic impeller design inspired by owl wing structures, featuring serrated edges that disrupt noise-generating turbulence. This innovative design reduces aerodynamic noise by 40% compared to standard axial fans, minimizing stress-related behaviors in poultry, swine, and dairy animals . The EC motor’s brushless operation eliminates mechanical friction noise, contributing to the ultra-quiet performance critical for animal growth environments.
Constructed with 316 stainless steel components and anti-corrosive coatings, the fan withstands ammonia, manure gases, and high humidity—common challenges in livestock facilities . The sealed motor housing prevents dust ingress, while drain holes in the frame eliminate water accumulation, extending service life in damp conditions.
Equipped with animal density sensors and humidity probes, the fan automatically adjusts speed between 30% and 100% output based on real-time barn conditions. This dynamic regulation maintains optimal 60-70% humidity levels and reduces ammonia concentrations below 25 ppm, supporting healthier livestock environments . The fan integrates with farm management systems via Modbus RTU protocol for centralized monitoring.
Ideal for broiler and layer facilities, where consistent airflow and low noise reduce mortality rates and improve feed conversion ratios by up to 8% .
Effectively ventilates gestation and finishing rooms, removing harmful gases while maintaining temperature gradients critical for swine comfort and growth.
Creates optimal air exchange in milking parlors and freestall barns, reducing heat stress in dairy cows and supporting consistent milk production .
Studies show noise levels below 60 dB(A) reduce stress hormones in animals, increasing poultry weight gain by 12% and dairy milk production by 5% compared to noisy environments .
The self-cleaning impeller design and sealed motor require only quarterly visual inspections. Annual lubrication of bearings ensures optimal performance in agricultural conditions .
Yes, it features wide voltage tolerance (180-264V) and surge protection, maintaining stable operation during typical farm power variations without performance drops .
