About Aero/Dyne

Aero Dyne Sound Control Company is a privately held corporation and home of the High Efficiency Profile (H-E-P) Airfoil Designed Turning Vanes. Supplying HVAC Engineers, Architects & Contractors for the commercial & industrial construction industries. This Airfoil Designed turning vane is routinely specified in construction of HVAC systems in schools, hospitals, auditoriums, office buildings, nursing homes and event centers for quiet and efficient running applications. H-E-P Vanes conform to and are certified to system standards ISO 9001:2000. Made in the USA

Consulting engineers nation-wide have been specifying Aero/Dyne turning vanes for more than 30 years because of its unmatched reliability and performance. In fact, Aero/Dyne's H-E-P vane and rail was specified in the construction of Benaroya Hall, the home of the Seattle Washington Symphony and Concert Hall.

Aero/Dyne H-E-P turning vanes provide maximum turning efficiency with their precise aerodynamic design.

Summary of benefits and capabilities include:

• Energy Saving H-E-P Airfoil turning vanes reduce turbulence and backpressure, thus the use of lighter fans with smaller motors can be specified to push the same volume of air. Fans shut off faster due to the accelerated air movement.
• Our true airfoil contour reduces pressure loss to the lowest attainable level
• Formed from ONE piece of galvanized hot dipped prime carbon steel
• Eliminates breakaway of flow from surface on suction side
• Generated sound power level does not exceed 54 decibels in band 4 at 2000 fpm (24"x24" duct size) - as required by engineers
• Original patented design provides permanently rattle-proof assembly
• Smoothly-rounded entry nose with extended trailing edge, no collection of dirt or debris. Provides a Cleaner Duct environment
• Provides velocity distribution of greatest possible uniformity
• Maintains a consistently high-degree of deflection accuracy, and continuous internal tubes provide a stiffening and rigidity to the section which prevents distortion and fluttering under airflow.
• Our Airfoil Design gives superior energy savings, low impact losses, low pressure drop, with dramatically reduced sound power levels