Weather-Rite air make-up for fabricated metal parts
Fabricated metal parts can include brackets, panels, guards, frames, housings and welded assemblies moving through liquid or powder finishing. Weather-Rite air make-up equipment is planned with booth exhaust, ovens and utility connections so the finishing cell works with part handling and maintenance needs.
Discuss your installationBrand names identify the equipment discussed. Discuss your equipment model and installation scope with Double D; manufacturer authorization is not implied.
Variable Part Sizes And Racks
Mixed fabrication work often changes by order. Booth and oven planning should leave room for different rack heights, carts, hooks and part orientations while keeping operators close enough for coverage and inspection.
Air Supply Across Mixed Processes
Blast prep, paint booths, powder booths and ovens each place different demands on the room. Replacement air should be reviewed with exhaust volume, heat load and the desired flow from dirty work to clean finishing.
Mechanical Coordination At Installation
Installation can involve setting air make-up equipment, connecting ductwork, routing gas and electrical service, and aligning controls with exhaust equipment. Coordination with other trades helps avoid rework around panels, roof openings and structural supports.
What To Bring To The Review
Prepare part size ranges, coating methods, rack or conveyor details, booth drawings, existing fan information, utility locations and any known pressure or temperature issues in the production area.
Frequently asked questions
Why is air make-up important for fabricated metal part booths?
It replaces the air exhausted by booths and helps maintain more stable conditions around coating and cure operations.
What changes when both liquid and powder are used?
The layout must account for separate exhaust needs, heat requirements, part handling and contamination control between processes.
Can finishing equipment be installed in an existing production area?
Yes, with review of clearances, utility routes, exhaust discharge, structural limits and how parts move through the area.
What service access should be planned?
Leave room for filter changes, fan service, burner access, damper adjustment, panel access and duct inspection points.