• Country of OriginIndia
• Blade MaterialFRP
• Warranty2 Years

We are offering cooling tower fans as a logical extension to our technological advances and innovations, ”parag” offers structurally strong, hollow, seamless, lightweight construction blades with sophisticated aerodynamic profiles. Conventional metal aluminum blades offer a lower lift to drag (cl cd) ratio resulting in flow separation and turbulence at the leading edge of the blades causing higher profile loss. ”parag” provides higher blade twist angle and optimum camber offering very high efficiency of the fans. Our blade profile, confirming to n.a.c.a. 23012 aerofoil characteristics with high cl cd ratio, greater twist, taper, camber and consistent frp blade shape, can improve total efficiency up to 90% resulting in considerable energy savings or higher air flow for the identical operating conditions (air flow, total pressure and rpm) in a given system. Existing metal fan blades are designed with a very low cl cd ratio due to poor aerodynamics. Since ‘parag’ frp fans are designed with very efficient aerodynamic blade profile and high twist & camber characteristics, they provide a 15-35% power savings as compared to the metallic & grp fans available in the market.

• Country of OriginIndia
• Blade MaterialFRP
• Warranty2 Years

We are offering cooling tower fans as a logical extension to our technological advances and innovations, ”parag” offers structurally strong, hollow, seamless, lightweight construction blades with sophisticated aerodynamic profiles. Conventional metal aluminum blades offer a lower lift to drag (cl cd) ratio resulting in flow separation and turbulence at the leading edge of the blades causing higher profile loss. ”parag” provides higher blade twist angle and optimum camber offering very high efficiency of the fans. Our blade profile, confirming to n.a.c.a. 23012 aerofoil characteristics with high cl cd ratio, greater twist, taper, camber and consistent frp blade shape, can improve total efficiency up to 90% resulting in considerable energy savings or higher air flow for the identical operating conditions (air flow, total pressure and rpm) in a given system. Existing metal fan blades are designed with a very low cl cd ratio due to poor aerodynamics. Since ‘parag’ frp fans are designed with very efficient aerodynamic blade profile and high twist & camber characteristics, they provide a 15-35% power savings as compared to the metallic & grp fans available in the market.