Frequently Asked Questions

  • Example Question

    Example Answer

  • What makes spray foam different from traditional insulation?

    Spray foam expands on contact to fill gaps, cracks, and irregular cavities, creating a continuous air and moisture barrier in one step. Fiberglass batts and blown-in insulation can leave thermal bridges and settle over time, while spray foam bonds to the substrate and holds its shape for the life of the building.
  • When should I choose closed-cell over open-cell foam?

    Closed-cell foam is the better choice for rooflines, metal buildings, crawl spaces, and anywhere moisture intrusion is a concern — it's denser, adds structural rigidity, and acts as a vapor retarder. Open-cell foam works well for interior walls and areas where sound attenuation is the priority.
  • How much can spray foam lower my energy bills?

    Spray foam's seamless air seal prevents the conditioned air loss that drives up HVAC costs. In hot, humid climates like Shreveport and Benton, LA, buildings with continuous foam coverage typically run heating and cooling systems significantly less — the exact savings depend on your structure's size, current insulation gaps, and local utility rates.
  • Why do metal buildings especially need spray foam insulation?

    Metal conducts heat efficiently, so an uninsulated metal structure can reach extreme interior temperatures and develop condensation that corrodes fasteners and damages the building over time. Closed-cell spray foam applied directly to the metal substrate creates a thermal break and air barrier in one pass, solving both problems simultaneously.
  • Can a roof seal system extend my metal roof's life?

    Yes. A properly applied metal roof seal coating stops active leaks, reflects radiant heat, and adds years of serviceable life to an aging roof — without the cost or disruption of a full replacement. It's a practical option for commercial and industrial buildings showing early wear but still structurally sound.
  • Is concrete leveling better than full slab replacement?

    For sunken or uneven slabs, leveling is typically faster, less disruptive, and far less expensive than tearing out and repaving. Geotechnical polyurethane foam lifts and stabilizes the existing slab from below, correcting the problem without the curing time or mess that concrete replacement requires.
  • How does polyurethane foam concrete leveling actually work?

    Small holes are drilled into the sunken slab, then expanding polyurethane foam is injected underneath. The foam fills voids in the soil, lifts the concrete back to grade, and cures into a rigid, stable layer. The process is quick — most jobs are walkable within minutes of completion.
  • Does Louisiana's humidity affect spray foam performance?

    Closed-cell spray foam is particularly well-suited to humid climates like northwest Louisiana because it acts as both an air barrier and a vapor retarder, blocking the moisture-laden air that drives mold growth and structural deterioration. Proper application to a clean, prepped substrate is essential for the foam to bond correctly and maintain long-term performance.
  • Do residential and commercial spray foam jobs differ much?

    The materials and application process are the same — the scale and access logistics differ. Residential jobs typically focus on attics, crawl spaces, and walls, while commercial projects often cover large metal rooflines, warehouse walls, and industrial ceilings. Both benefit from the same continuous air-seal result that prevents energy loss.
  • When should I have my building's insulation inspected?

    Schedule an insulation assessment if your energy bills have risen without a clear cause, if you notice drafts, hot or cold spots, or moisture issues inside your building. The transition out of cooling season — late fall in north Louisiana — is a practical window to identify gaps and address them before heating costs arrive.