Spray-Tech/Junair booths for automotive OEM suppliers
Spray-Tech/Junair downdraft, crossdraft and automotive refinish booths can support finishing work for automotive supplier parts and assemblies. Double D Mechanical installs, relocates and services these systems while coordinating booth position, airflow, exhaust, make-up air, controls and utilities.
Discuss your installationBrand names identify the equipment discussed. Discuss your equipment model and installation scope with Double D; manufacturer authorization is not implied.
Match the booth to part flow
Supplier operations may finish fascias, brackets, service parts, panels or assemblies that move by rack, cart or fixture. Booth placement should support incoming prep, spray access, inspection and outbound cure or staging without forcing parts through dusty or congested areas.
Air movement around repeatable finishes
Consistent finish quality depends on stable intake air, exhaust and building pressure. Downdraft and crossdraft booth layouts should be reviewed for duct length, filter access, discharge location and make-up air effects on nearby production cells.
- Confirm clean air sources before setting intake equipment.
- Coordinate exhaust routing with overhead conveyors, cranes or building steel.
- Keep maintenance points reachable after surrounding equipment is installed.
Controls and utility interfaces
Automotive supplier spaces often have plant standards for power distribution, compressed air, gas piping, controls and lockout access. Booth installation should be sequenced with electricians, controls technicians, fire protection contractors and production equipment installers.
Preparation for changes or service
Before relocating or servicing a Spray-Tech/Junair booth, gather current layout drawings if available, photos, nameplate data, utility locations and symptoms. Recent production changes, added exhaust equipment or new partitions can affect how the booth performs.
Frequently asked questions
What part data helps plan a booth installation?
Part dimensions, rack size, handling method, coating process, required access around the part and upstream or downstream equipment locations are helpful.
How do other production cells affect booth placement?
Nearby cells can compete for aisle space, overhead routes and clean air. Their exhaust, heat and traffic patterns should be considered when locating the booth.
What utility connections are commonly coordinated?
Electrical feeds, control wiring, lighting, compressed air, gas piping, exhaust fans, make-up air equipment and fire protection interfaces are commonly reviewed.
What can cause booth performance changes in a supplier plant?
Changes to duct routing, filter condition, make-up air, surrounding exhaust, partitions or production traffic can affect airflow and finish consistency.