|
Proven design for severe operating conditions. |
|
Aerodynamic, acoustic and mechanical performance of each component is measured in test laboratory and exact performance/acoustic parameters can be guaranteed. |
|
Low operating costs due to high efficiency. |
|
Reliability of operation and long operating life due to sturdy mechanical design. |
|
Capability to handle high dust loading, high temperature and explosive gas mixtures. |
|
Custom built for special applications. |
|
Designed to give either steep or flat pressure flow rate characteristics. |
|
Low noise level. |
|
Stable performance from “free delivery” to “shut off” without excessive pulsation. |
|
Performance tested to International Codes. |
|
Standardization of capacities in terms of flow and pressure based on “Building-Block Principle”. |
| |
|
| |
|
SPECIAL DESIGN FEATURES |
|
Impeller with smoothly diverging curved blade channels to reduce noice levels and eddy formation-give efficiency upto 87% for non-overloading type backward curved blade designs. |
 |
Reinforcement/ wear strips on blades prevent wear/ tear due to high dust content. |
|
Shroud gently curved on a spinning machine for a smooth flow and minimum loss. |
|
Sturdy pedestals for lower stress and vibration levels and machined sole plates for perfect alignment. |
|
Special Alloys for construction or lining with FRP/ rubber/ epoxy for corrosive atmospheres. |
|
Special design which incorporates differential expansion of different components for high temperature service |
|
Double inlet & double width fans are also available. |
|
Inlet box for smooth transition of air/gas from vertical/horizontal inlet to axial inlet of the fan. |
|
Inlet guide vanes for volume control and power. |
|
Streamlined volute to prevent turbulence/losses and provided with inspection doors for easy maintenance. |
|
Inlet cone for smooth guidance of air/gas to fan inlet with minimum entrance loss. |
|
