Explore Encon's Energy efficient FAN designed for sustainability and growth.
ENCON Energy Efficient EFRP Fan
Encon is the go-to brand when it comes to fixing the problems of operating and managing Axial Flow Fans across clients of all scale & size and across various industries.
We believe that a quality product can only be called so once it has undergone the strictest tests of quality methodologies and standards.
Over time, we developed our own research lab & facilities dedicated to giving you only the very best of all possibilities.
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Encon FAN Feature
- Improved Aerodynamic Design
- Energy Efficient
- Negligible Skin Friction
- Higher Lift to Drag Ratio
- Low Noise
- High quality raw material (Fiberglass & Resin)
- Sturdy
- Proven Technology
- Low Maintenance
- High Durability at Less cost
- High Temperature Resistant
Design Criteria for Encon Fan Selection
- Performance
- Optimising fan diameter and no. of blades for given duty conditions.
- Efficiency
- Lowest Power Consumption.
- Erosion & Corrosion Resistance.
- Lowest Maintenance Cost.
- High Temperature Resistance.
- -60°C to 230°C
- Noise
- Lowest Level of Noise without any extra Cost.
- Vibration
- Lowest Down Time of Equipment.
- Design OF Hub
- Minimum Cycling Losses.
- Fan RPM
- Allowable Tip speed for Reducing Noise and Vibration.
- Various System Losses
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- Entry Losses
- Tip Clearance Losses
- Bearing Losses
- Skin Friction Losses
Difference between Encon Fan & Others
| # | Parameter | ENCON Fans | Others |
|---|---|---|---|
| 1 | Design | Improved Aerodynamic design | Conventional NACA Profiles |
| 2 | Efficiency | 81% - 91.4% | Below 75% |
| 3 | Material | High Grade E Glass Epoxy | Aluminum / Steel / Polyester / Vinyl Ester |
| 4 | Weight | Less Weight | More Weight |
| 5 | Total Axial Thrust Load | Low Axial thrust load on Gear Box | High Axial thrust on Gear Box |
| 6 | Skin Friction | Negligible skin friction due to smooth surface | More Drag losses due to rough surface |
| 7 | Maintenance | Low Maintenance due to high quality raw material and superior manufacturing techniques | Frequent Maintenance required leading to Higher downtime |
| 8 | Product Life | Minimum 10 years* | Aging effect after 2 - 3 years |