Airflow Electric will attend the CRH Expo 2016 at New China International Exhibition Center in Beijing from April 7-9, 2016.
-
How EC Dual Inlet Forward Centrifugal Fans Are Shaping HVAC EfficiencyApril 30, 2025
EC dual inlet forward centrifugal fans provide enhanced efficiency for HVAC systems. Offering energy savings, low noise, and compact design, they are ideal for industrial, commercial, and residential applications. Learn why these fans are the future of HVAC efficiency in this guide.
-
Single Inlet Forward Centrifugal Fan: Compact Power for the Spaces That MatterApril 25, 2025
This article explores how single inlet forward centrifugal fans support compact ventilation needs in electronics and HVAC systems. Discover why OEM buyers prioritize pressure control, low noise, and scalable supply when sourcing these high-performance airflow components.
-
Custom Small Blowers for HVAC Systems: What B2B Buyers Need to Know in 2025April 10, 2025
Custom small blowers are critical components in modern HVAC systems, especially for OEMs and private label brands. This guide explores the advantages of customization, sourcing strategies, and what B2B buyers should prioritize when selecting a supplier in 2025.
-
AFL EC Axial Fans: Optimized Solutions for Data Centers, HVAC, and Industrial VentilationApril 08, 2025
This article explores AFL’s EC axial fans, including 200 mm and 910 mm models, optimized for energy efficiency, noise reduction, and versatile applications. Ideal for data centers, industrial ventilation, HVAC systems, and customized airflow solutions, AFL’s EC axial fans ensure reliable, high-performance operation with advanced EC motor technology.
-
AFL EC Fans for HVAC Systems: Efficiency, Noise Reduction, and Smart ControlApril 08, 2025
This article explores AFL’s EC fans for HVAC systems, focusing on energy-efficient performance, low noise operation, and smart control capabilities. With applications in air conditioning, ventilation, and air purification, AFL fans offer innovative solutions for modern HVAC challenges.
-
AFL EC Dual-Inlet Centrifugal Blowers with Forward-Curved BladesApril 08, 2025
This article highlights AFL’s EC Dual-Inlet Centrifugal Blowers featuring forward-curved blades for enhanced efficiency, noise reduction, and energy savings. Ideal for HVAC, industrial cooling, power converters, and customized ventilation systems, AFL blowers provide reliable performance with adaptable designs.
-
Energy-Saving φ250 DC Backward Curved Fans for HVAC & CoolingApril 02, 2025
AFL's φ250 DC backward curved centrifugal fans deliver high-performance airflow with low noise and energy consumption. Ideal for HVAC systems, industrial cooling, and cleanroom ventilation, these fans are reliable, efficient, and certified for quality and safety.
-
AFL Fan Solutions: High-Efficiency Cooling for Industrial & Commercial RefrigerationMarch 30, 2025
This article highlights AFL’s advanced fan solutions, including refrigeration fans, cooling fans, high-efficiency fans, and noise reduction fans. These products are designed for various applications such as industrial cooling, commercial refrigeration, food processing, and HVAC systems. AFL’s innovative technology ensures optimal performance, energy savings, and quiet operation.
-
High-Efficiency External Rotor Fans & EC Centrifugal Fans for Smart Homes & Industry 4.0March 30, 2025
This article explores AFL’s external rotor fans, EC centrifugal fans, EC axial fans, and IP68-rated fans. It highlights their application in smart homes, Industry 4.0, renewable energy systems, HVAC, and customized solutions for unique requirements. AFL's commitment to energy efficiency and sustainable technology leads the way toward a greener future.
-
EC Backward Centrifugal Fans for Smart Home & Industry 4.0March 30, 2025
This article examines AFL’s EC Backward Centrifugal Fans, External Rotor Fans, and Energy Efficient Fans, focusing on their application in smart home systems, Industry 4.0, and modern industrial ventilation. Discover how these fans leverage EC motor technology and aerodynamic designs for optimal efficiency and performance.