Wichita Falls is hot, dry, and windy — and wind drives hot air straight through every gap batt insulation can’t close. We seal and insulate attics, walls, crawl spaces, and metal buildings with spray foam built for this climate, and backed by real sources, not sales talk.
Tell us what the space is doing and we’ll come take a look — no charge, no pressure.
What we do
From sealing a hot attic to foaming a sweating metal shop, we handle every kind of spray foam insulation here — and we’ll tell you honestly which product and approach your building actually needs.
Seal the attic and stop the North Texas wind from driving hot air through your ceiling — the single biggest comfort and energy fix on most Wichita Falls homes.
Learn more →The high-density foam: about R-6 to R-6.5 an inch, a moisture and air barrier in one, and rigid enough to add strength on metal buildings and walls.
Learn more →Lighter, expanding foam at about R-3.7 an inch — an excellent air seal for attics and interior walls where you want quiet and coverage at a lower cost.
Learn more →Seal and insulate pier-and-beam floors and crawl spaces so the wind stops blowing straight under the house and into your feet.
Learn more →Spray foam is the fix for a hot, sweating steel shell — it stops condensation and turns a barndominium or shop into a space you can actually condition.
Learn more →Build the envelope right the first time: a sealed, foamed shell that hits code and keeps the North Texas heat and wind out for the life of the house.
Learn more →Straight talk on what drives spray foam pricing here — open vs. closed cell, thickness, and access — and how we quote it, without a number pulled out of the air.
Learn more →Why it works here
Insulation advice written for mild climates doesn’t fit North Texas. The numbers that shape every recommendation we make come from the Department of Energy, ENERGY STAR, and the local climate record.
Here’s the mechanism: our steady wind — averaging around 10 to 12 mph — creates pressure that pushes triple-digit outdoor air in through every gap in a house, while the heat conducts through the roof and walls. Batt insulation slows conduction but does nothing to stop that air movement. Spray foam seals the leaks and insulates in one step, which is exactly what a hot, windy climate calls for.
The core idea
Most Wichita Falls homeowners meet the problem as a comfort complaint: the upstairs won’t cool, the electric bill is brutal every summer, one room is always ten degrees off. It feels like an AC problem. Usually it isn’t — it’s the building envelope losing the fight against heat and wind. Heat gets in two ways: it conducts through solid materials, and it rides in on air physically leaking through gaps. Batt insulation only addresses conduction, and only when nothing is blowing through it. Spray foam addresses both at once, which is why it’s the right tool for this climate.
That’s also why we lead with air sealing rather than just piling on R-value. ENERGY STAR’s recommendation is air sealing and insulation — because a deep, fluffy layer of insulation the wind blows through doesn’t perform at its rating. Seal the leaks first, then bring the R-value up to the level our zone calls for — the R-49 range for attics — and the whole envelope finally does its job.
You don’t need a disaster to have a problem worth fixing. The common signs we’re called about: upstairs or bonus rooms that never cool down; summer electric bills that climb every year; an AC that runs constantly and never quite catches up; rooms that are always hotter or colder than the rest of the house; a metal shop or barndominium that’s an oven in July; cold floors over a crawl space in winter; and dust or allergies that seem to come from nowhere. Any one of these is reason enough for a free look.
And none of it requires you to become a building scientist — it just requires the company you call to seal for our actual climate instead of running a generic playbook. That’s the difference between an envelope that finally holds and another batt job that leaves the wind winning.
No surprises
You don’t need a sales pitch — you need someone to tell you what’s actually happening in your building and what it honestly takes to fix it. So we come out, look at the space, and figure out where the air and heat are getting in. Then we lay out the right-sized fix with a written scope before any work starts. Sometimes that’s a full sealed-attic package; sometimes it’s a targeted air-sealing job for a fraction of the cost. We’ll recommend open-cell where open-cell is right and closed-cell where it’s worth the premium — not the pricier product by default.
And every number on this site — the climate zone, the savings figures, the R-values per inch — is sourced to the U.S. Department of Energy, ENERGY STAR, the EIA, or manufacturer and building-science references, and cited on the page. You won’t find invented review counts or fake “years in business” badges here. Trust in a trade this easy to fake should be earned with information you can check.
Built for this climate
Plenty of insulation gets sold as a commodity — a number of inches, a price per square foot, no thought given to how a Zone 3B climate with constant wind actually behaves. We treat the building envelope as the engineering problem it is. That means we’ll tell you when the honest fix is targeted air sealing rather than a whole-house foam job, and it means we’ll talk with you about ventilation when we tighten a house significantly, so you get controlled fresh air instead of relying on leaks. Our job is to stop the heat and the wind-driven air at the envelope, done right, done once — whether that’s a home attic, a crawl space, or a metal building that’s never held a temperature.
Where we work
Wichita Falls and the towns around it all share the same hot-dry, windy climate — from the wind-exposed country up toward Burkburnett to the ranchland around Henrietta and out to Vernon. Same climate, same envelope problems, same fix.
Common questions
Because of what our weather does to a house. Wichita County sits in IECC Climate Zone 3B — the hot-dry zone — with roughly about 30 days a year at or above 100 degrees and a record high near 117. On top of the heat we get steady North Texas wind averaging around 10 to 12 mph, and wind is what drives hot outdoor air through every gap in a leaky house. Traditional batt insulation slows heat but does nothing to stop that air movement. Spray foam seals the gaps and insulates in one step, which is exactly what a hot, windy climate calls for.
Density and what each one does best. Open-cell foam is lighter and softer, expands a lot to fill a cavity, runs about R-3.7 per inch, and makes an excellent air seal for attics and interior walls at a lower cost. Closed-cell foam is denser and rigid, runs about R-6 to 6.5 per inch, and doubles as a moisture and air barrier — it's what we reach for on metal buildings, crawl spaces, and anywhere you want the most R-value in the least thickness. We'll tell you which one fits your project instead of pushing the pricier product by default.
It lowers the load your AC is fighting, which is where the savings come from. ENERGY STAR estimates a typical homeowner can save around 15% on heating and cooling costs by air sealing and adding insulation to attics, floors, and crawl spaces. In our climate, space heating and air conditioning already make up more than half of the average home's energy use, so cutting that load is the biggest lever you have. We won't promise you a specific dollar figure — too much depends on your house and your habits — but sealing the envelope is the change with the most leverage.
Free on-site spray foam estimates across Wichita Falls and Wichita County. We’ll tell you where your building is leaking air and heat, and exactly what it takes to seal it.