Converting Open Sanding Areas to Enclosed Prep Stations in Ohio
A lot of plants still sand and mask in an open corner of the building, with a floor fan and a shop vac doing the dust control. Moving that work into an enclosed prep station is one of the fastest ways to cut rework in the paint booth. For Ohio fabricators, fleet garages and repair shops working in older buildings, the job is mostly about fitting new airflow into a structure that was never designed for it. Double D handles the mechanical side: enclosure setup, exhaust, make-up air, lighting and utility connections.
Discuss your installationStarting from an open sanding corner
The first step is understanding what happens there today. How large are the parts, how many people work the area at once, what sanding and blowoff tools are in use, and where does the dust go now? That tells us the airflow the enclosure needs and whether a curtain-style station or a hard-walled room makes more sense.
Working around an older building
Older plants bring their own constraints: low steel, roof decks that need reinforcement for new fans, electrical panels with no spare capacity, and floors that are not level. We check structure for the exhaust fan and stack, look at the electrical service and plan duct routes around existing piping. These are the items that cause delays if they surface after the equipment arrives.
- Roof structure and curb location for the exhaust fan
- Spare electrical capacity for fans and lighting
- Existing sprinkler and piping in the duct path
- Floor flatness where the enclosure frame sets
Replacing the air you pull out
Enclosing the area and adding an exhaust fan means a real volume of air is leaving the building. Without make-up air, doors whistle, gas appliances can backdraft and dust migrates from wherever the building leaks. We size replacement air to match, decide whether it needs to be heated, and interlock it with the station fan.
Lighting and access that techs will use
Good prep work depends on seeing surface flaws. Lighting along the sides and overhead, positioned so the part does not shadow itself, makes a real difference. We also plan filter access so changing them is a quick job instead of something that gets put off.
Planning a booth or oven project in Ohio
Crews mobilize from Houston; Ohio is roughly 1,000 miles away, so equipment, panels and tooling are staged and shipped ahead of the install crew.
Manufacturing in Ohio is concentrated around Columbus, Cleveland, Cincinnati, Dayton, and Toledo. The sectors most likely to be specifying spray booths, blast rooms, powder systems and cure ovens there include automotive assembly and suppliers, aerospace, steel and metal fabrication, and semiconductors.
Cold winters mean make-up air heaters are sized for sub-freezing intake, and booth or oven placement has to account for frost lines, snow loads on roof penetrations and winter slab work.
Frequently asked questions
Is an enclosed prep station worth it compared to an open sanding area?
For most shops, yes. Capturing dust where it is made cuts contamination in the booth, keeps the rest of the building cleaner and gives techs a better-lit place to work.
Our building has no spare electrical capacity. Is that a problem?
It needs to be addressed before installation. We identify the load the station adds so your electrician can plan a panel or service upgrade if one is needed.
Does the exhaust fan need roof reinforcement?
Sometimes. It depends on fan weight, curb location and the existing roof structure. A structural review is a good idea in older buildings.
What size prep station do we need?
That comes from the largest part you will prep and how many people work it at once. Bring part dimensions and a description of your process to the first visit.
Can the station be heated?
Yes, with heated make-up air or a burner package. It adds gas piping and controls, so decide early whether heat is needed.