Fiberglass (FRP) Dampers
Backdraft Dampers – designed for free air inlet velocity of 4,000 FPM at a maximum size of 48” x 72”. Airfoil backdraft damper designs have a maximum differential pressure 5.5” to 16” W.G. and V groove blade backdraft dampers, 2.5” to 10” W.G.
Low Velocity Center-pivoted Damper – designed for a free air inlet velocity of 2,500 FPM at standard size of 12”x12” to a maximum of 48” x 48”. Maximum differential pressure of 1” W.G., suitable up to 200⁰ F, with a manual operator or motor operated option.
Center-Pivoted Volume Control Dampers – designed for a free air inlet velocity of 6,000 FPM, suitable up to 200⁰ F and a maximum differential pressure 20” W.G.
Butterfly Control Damper – designed for free air inlet velocity of 6,000 FPM, minimum size 4” and maximum size 72”, but multiple panel construction with reinforcement allow much larger size assemblies Differential pressure varies with damper diameter and is from 10” W.G. to 30″ W.G.
Round Fiberglass Control Inlet Vane Damper (FIV)- Designed for free air inlet velocity of 4,000 FPM, standard sizes are 12” to 72” diameter with custom designs available upon request. Max temperature of 200 degrees F, with operator options of crank lever, hand quadrant or actuator.
- Corrosive and Chemically Aggressive Ambient Plant Environments
- Acid Scrubbers
- Plating Scrubber Fans
- Pump or Lift Stations
- Chemical Processes
- Process Gases
- Sulfuric Acid Exhaust
- Chlorine Scrubber Exhaust Systems
- Wastewater Treatment Facilities – Download the Wastewater Treatment Plant Schematic
- Analytical Laboratories
- Battery Manufacturing Facilities
- Pharmaceutical Laboratories
- Pulp and Paper Plants
- Chemical Plants
- Metal Finishing
- Lab Hood Exhaust
Complementing our fans is a complete package of FRP, PVC and CPVC air system components including:
- Supply and exhaust louvers
- Dome exhauster covers
- Complete duct systems
- Specialty designed hoods
SysTech supplies ventilation products for aggressive environments. If you are plagued with equipment corrosion and failure due to the environmental conditions, call us.