Electrical & Appliances
Industrial Tools
Office Supplies
Agri & Gardening
Medical & Lab Supplies
Safety Supplies
Construction Materials
Automotive
Packaging & Material Handling

Boost Mode, Timer & Sleep Mode

Wider Blades for Higher Air Delivery
100% Copper Winding

Wider Tip Blades for Effective Air Circulation & Double Ball
Energy Efficient Induction Motor


Anti Finish & Anti Rush
Maximum Performance Minimum Voltage & Low Drag Blade Technology

High Performance & Wider Blades for Higher Air Delivery

Designed for Efficient Cooling in Homes & Offices
Features a 1200 mm Sweep for Wide Air Circulation

Polycarbonate Decoration on Motor & Blade
High Air Velocity

ZZ Double Ball Bearing & Higher Air Delivery
Blade Wide & Thick Shank

Energy Efficient Induction Motor
Wider Blade for Higher Air Delivery & Elegant Design

Aerodynamic Blade & RF Remote
6 Level Speed Control & Timer Off Button

4 Timer Options & a Smart Mode Which Can Be
Optimal Performance, Maximum Efficiency, Strength & Durability

Decorative Trims on Blades & Canopy
Wider Blade for Higher Air Delivery

High Speed Motor, Durable & Energy Efficient
Aesthetically Designed with Ribbed Blades

Easy to Clean
High Speed Motor

Fan with Extra Safety Wire for Added Protection
100% Running of Motors Before Packaging to Ensure Reliability

Elegant Looks with Stylish Trims
Full Copper Motor & Ribbed Aluminium Blades for Durability

Adjust the Fan's Speed or Activate its Unique Features Like...
Fan Comes with a Smart IR Remote, Easy to Use

Aerodynamic Wide Angle Blades for Hi-Air Delivery
Anti Dust, Double Ball Bearing with Superb Performance





Double Ball Bearings
Eco Active Technology & Wide Voltage Range


Breeze, Sleep, Boost & Mop Mode
Aerodynamic Blades for More Air Delivery



Sleek & Minimalistic Design
Aerodynamic Blades for More Air Delivery

Anti Corrosion, 100% Copper Winding

100% Copper Winding
Wider Blades for Higher Air Delivery

Energy-efficient bldc fan with powerful airflow, quiet motor, sleek design,
Smart remote control & reliable operation amid voltage variations








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