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Spray Foam Insulation

Open- and closed-cell spray foam for attics, crawl spaces, and walls across Oklahoma homes and buildings.

Oklahoma heating and cooling bills are high partly because of our extreme temperature range and partly because a large number of homes in the region have attic assemblies that were never properly air-sealed. Insulation stops conductive heat transfer. Spray foam stops both conduction and convection. That distinction is why two houses with the same rated R-value can have dramatically different energy bills.

Aero Precision applies open-cell and closed-cell spray foam for residential and commercial projects across Cleveland, Tulsa, Owasso, Stillwater, Bartlesville, and Ponca City.

Why Air Sealing Changes the Equation

Most homes built in Oklahoma before the mid-2000s have unsealed attic bypasses — gaps around plumbing stacks, wiring penetrations, recessed lights, and top plates that allow conditioned air to move directly from living space into the attic. You can pile R-60 worth of blown fiberglass on the attic floor and still have an uncomfortable, expensive house if those bypasses are open.

Closed-cell spray foam addresses this in a way no other insulation product does as well. Applied to the underside of the roof deck, it creates an unvented attic assembly — the attic becomes part of the conditioned envelope. HVAC equipment and ductwork in the attic, which is extremely common in Oklahoma, suddenly operates in conditioned air rather than 140-degree summer heat. The efficiency improvement in those cases is dramatic. For homes also getting new replacement windows or exterior door upgrades, spray foam in the same project seals the wall cavities at penetrations that those trades open up anyway.

Choosing the Right Foam

  • Closed-cell — R-6 per inch, vapor barrier properties, adds structural rigidity; required at roof deck and critical moisture planes
  • Open-cell — R-3.7 per inch, excellent air sealing, better sound attenuation; cost-effective for large attic volumes and interior walls
  • Hybrid systems — closed-cell at the moisture control plane, open-cell fill above; used where both vapor management and volume coverage matter

Crawl Spaces and Wall Assemblies

Crawl spaces in homes across northeast Oklahoma often have exposed ground and minimal insulation. Encapsulating the crawl space floor and walls with closed-cell foam and a vapor barrier addresses moisture infiltration, pest pressure, and the cold floors that are a persistent complaint in older homes in Bartlesville and the surrounding area.

Spray foam also has a place in new construction. When we build out a barn or workshop, spray foam in the wall and roof panels is what separates a climate-controlled shop from a heated tin box. For new residential construction or additions, specifying spray foam at the framing stage produces a significantly tighter envelope than retrofitting it later.

If your home is uncomfortable despite adequate-looking insulation, an air leakage problem is the likely culprit. Call us for an assessment — we’ll show you where the losses are before recommending any work.

Our process

  1. 1

    Energy audit and application assessment

    We evaluate your attic, crawl space, and wall assemblies to identify where air and thermal losses are greatest and recommend the right foam type and thickness.

  2. 2

    Preparation and masking

    We protect finished surfaces, HVAC equipment, and electrical from overspray. Attic penetrations and bypasses are sealed before foam application begins.

  3. 3

    Foam application

    Foam applied in controlled passes to achieve target thickness and confirmed R-value. Closed attic assemblies are fully sealed — rafters, eave baffles, and penetrations.

  4. 4

    Inspection, trim, and ventilation review

    Foam trimmed where needed, final thickness measured, and any mechanical ventilation requirements reviewed to ensure code compliance.

Materials & options

Closed-Cell Spray Foam

High-density foam with an R-6 per inch value and vapor barrier properties. Adds structural rigidity and is the right choice for roof decks and exterior wall cavities.

Open-Cell Spray Foam

Lower density foam at R-3.7 per inch. Excellent air sealing, sound dampening, and cost-effective coverage for large attic volumes and interior applications.

Hybrid Systems

Closed-cell layer at the critical moisture plane combined with open-cell fill. Used in challenging assemblies where vapor control and volume coverage both matter.

Rooftop Foam (SPF Roofing)

Sprayed polyurethane foam used as a seamless roofing membrane on flat or low-slope commercial roofs, coated with silicone or acrylic for UV protection.

FAQ

What R-value do I need in Oklahoma? +
IECC climate zone 3 (most of Oklahoma including Tulsa and Cleveland) calls for R-38 to R-60 in attics and R-13 to R-20 in walls. Closed-cell foam reaches these values in less depth than blown fiberglass.
Open-cell or closed-cell for my attic? +
For an unvented closed attic assembly sprayed to the roof deck, closed-cell is typically required at a minimum thickness to manage vapor — then open-cell can fill the rest. For a vented attic floor application, open-cell is usually sufficient and more economical.
Does spray foam really seal air leaks better than batts? +
Significantly. Fiberglass batts insulate but don't air-seal — air moves around and through them. Spray foam bonds to the substrate and fills gaps, which stops air movement. Most Oklahoma homes lose a large percentage of conditioned air through attic bypasses that batts never address.
Will spray foam cause moisture problems in my roof deck? +
Done correctly, no. The key is applying closed-cell foam at the minimum thickness required to keep the roof deck above the dew point. We follow building science principles and local code requirements for every assembly we encounter.
How long does spray foam insulation last? +
Properly installed spray foam does not sag, settle, or lose R-value the way blown-in or batt insulation can. It's effectively a permanent installation — the foam lifespan exceeds that of most homes.
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