Booth Exhaust Systems for Pipe Spools
Pipe spool coating depends on exhaust that captures overspray around curved surfaces, branches and flange details. Double D Mechanical installs, relocates and services booth exhaust systems for spool finishing areas where duct routing, fan access and make up air must work with plant flow.
Discuss your installationCapture Across Curved Workpieces
Spools can create uneven airflow because elbows, branches and stands interrupt the spray zone. Filter placement, booth openings and exhaust volume should be reviewed with how operators position the pipe.
Duct Routes From Booth to Discharge
Exhaust ductwork may need to pass around structure, cranes, mezzanines and other process equipment. Route planning should account for supports, cleanout access, fan location and stack placement.
Balancing Fans With Replacement Air
Exhaust performance depends on how air enters the coating area. Make up air, doors, louvers and adjacent equipment should be considered so the booth does not pull uncontrolled drafts through the spray zone.
Service Points and Filter Access
Filters, fan belts, motors, dampers and duct inspection points need reachable clearance. Spool coating areas often fill with stands and carts, so maintenance access should be planned before the exhaust layout is fixed.
Frequently asked questions
What affects exhaust design for pipe spool coating?
Part geometry, booth type, coating method, filter area, duct route, fan location and replacement air all affect the system.
Can exhaust ductwork be rerouted during a booth move?
Yes, if the new route supports fan performance, structural support, discharge location and service access.
Why does make up air matter to exhaust?
Exhaust removes air from the room, and uncontrolled replacement air can create drafts or reduce booth capture.
What should be ready for exhaust review?
Booth dimensions, fan data, existing duct drawings, roof or wall constraints, and the normal location of pipe stands are useful.