Fan systems
Inlet, outlet and duct-path treatment for industrial fans and air-moving equipment.
Ventilation and equipment silencers
Industrial silencers planned around airflow and pressure loss.
Application-specific silencers for fans, duct systems, vents and controlled discharge points.
Request silencer sizingApplication scope
Select the silencer from the operating conditions.
Airflow, duct size, temperature, pressure loss and the dominant noise path all influence the silencer selection and internal arrangement.
We review the installation point and project requirements before recommending a configuration. This helps avoid treating acoustic performance as separate from fan performance or maintenance access.
Typical applications
Where industrial silencers are used.
Ventilation systems
Silencer sections integrated into supply, exhaust and transfer-air routes.
Blow-off and discharge
Application-specific silencing at high-noise discharge and relief points.
Plant retrofits
Noise-control additions planned around existing ductwork and space constraints.
Design inputs
Acoustic performance and system performance belong together.
Silencer internal geometry can affect both noise reduction and pressure loss. The engineering review should balance acoustic targets, fan duty, available space, cleaning access and material requirements.
- Confirm the dominant noise source and path
- Set the allowable pressure-loss budget
- Check temperature, corrosion and cleaning requirements
- Agree inspection, marking and packing requirements
Need help defining the silencer scope?