KQ Series Big Ceiling Fans Giant HVLS Fans for Large Space

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SUPER LARGE INDUSTRIAL ENGRY-EFFICIENT FAN

KEY FEATURES

● Outstanding coverage without draft,fully encompassing air circulation.

● Super energy saving ,cut the HVAC and air condition cost up to 30% or replace them.

● Efficient cooling effect makes people feel 5-8 temperature cooling ,improve staff productivity.

● During the winter ,HVLS FAN mix the hot air produced by the heaters with the cold air ,reducing 30% heating costs.

● Consitent ventilation keep wet and moist area dryer and prevent hot air condensation .

● Warranty ( whole fan unit 3 years , fan blades and hub for lifetime ).

Model	Fans Diameter (m)ft	Motor Power (KW/HP)	Speed (Rpm)	Air volume (m³/min)	Full load current (A)380V	Weight (Kg)
OM-KQ-7E	7.3m/24ft	1.5	20-53	14,500	2.9	126
OM-KQ-6E	6.1m/20ft	1.5	20-58	13,200	2.4	118
OM-KQ-5E	5.5m/18ft	1.5	20-64	12,600	2.2	114
OM-KQ-4E	4.9m/16ft	1.5	20-70	11,000	1.9	109
OM-KQ-3E	3.7m/12ft	1.5	20-75	7,200	1.8	102

Fan Blades - The Ultimate Implementer of All Functions

1. Aerodynamic Design: The blades feature an aerodynamic profile engineered through computational fluid dynamics (CFD) optimization, delivering 23% greater airflow volume, 18% higher energy efficiency, and 35% wider coverage compared to conventional fan blades.

2. Premium Material Construction: Forged from aerospace-grade 6063-T6 magnesium- aluminum alloy through precision die-casting, these blades achieve Vickers hardness of 85 HV while maintaining exceptional corrosion resistance (withstands 500-hour salt spray testing per ASTM B117).

3. Advanced Surface Engineering: A multi-stage powder coating process creates a 50-70μm oxide ceramic matrix composite (CMC) layer, demonstrating >9H pencil hardness and UV resistance exceeding 3,000 hours per ASTM G154.

4. Reinforced Structural Architecture: The dual-phase reinforcement system combines radial stiffening ribs (3mm thickness) with iso-grid safety webbing, achieving 1520 MPa yield strength while reducing turbulent energy loss by 42% through optimized mass distribution.