Industrial Exhaust Fans | Factories, warehouses | Airflow: 91 CFM (Base) ▲, 100 CFM (Advanced) ▲▲ (ISO 12739) Cast Iron Blades (ASTM A48) ▲▲ | ▲▲ 25% higher airflow than industry standard (80 CFM) Extreme durability for heavy-duty use | Higher power draw (50W) vs smaller fans Noisier than specialized low-noise models |
HVAC Supply Fans | Commercial HVAC systems | AC/DC compatibility (IEC 60038) ▲▲ 50W power (▲15% energy efficiency vs industry) | Flexible power options (AC/DC) Lower operational costs due to efficiency | Lower airflow (91–100 CFM) vs industrial-grade models Limited to moderate temps (≤150°C) |
High-Temperature Blowers | Burners, ovens, industrial ovens | Iron material (ASTM A109) ▲ 1-year warranty (▲▲ vs industry standard 6 months) | Withstands 200°C temps (▲▲ vs plastic alternatives) Cost-effective durability | Not suitable for extreme temps (e.g., >300°C) Heavyweight design limits portability |
Energy-Efficient Fans | Green buildings, eco-facilities | 50W power (▲10% efficiency gain) AC/DC dual voltage ▲▲ (IEC 60038) | Minimal energy consumption (▲▲ vs 60W industry avg) Reduced carbon footprint | Limited airflow for large-scale industrial use Requires stable power supply for optimal performance |
Compact Centrifugal Blowers | Machinery, compact equipment | Standing mount ▲ 91–100 CFM airflow (▲20% vs industry compact models ISO 12739) | Space-saving design ▲ Reliable for small-to-medium systems | Lower airflow capacity vs larger industrial models Noisier at peak performance (▲▲ vs silent variants) |
AC/DC Dual-Purpose Fans | Variable power environments | Dual voltage (AC/DC ▲▲ IEC 60038) 50W power (▲ energy efficiency) | Flexibility for AC/DC power sources ▲▲ Universal compatibility | Higher upfront cost (▲10% vs single-voltage models) Complex wiring for dual systems |