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Why Choose Spray Foam?

Spray foam does two jobs at once—insulates and air-seals—so your building stays more comfortable, efficient, and protected.

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Benefits of Spray Foam Insulation

Spray foam expands to fill gaps and cracks that traditional insulation can’t reach. That tight seal is what delivers the biggest performance gains.

Air sealing

Stops air leaks

Air leakage is one of the biggest causes of drafts and uneven temperatures. Spray foam creates a continuous barrier that helps keep conditioned air inside.

  • Seals cracks, penetrations, and rim joists
  • Reduces hot/cold spots and drafts
  • Helps HVAC run more efficiently
Energy savings

Improves efficiency

When you reduce air movement through your building envelope, you reduce wasted heating and cooling. That usually means lower utility bills.

  • Supports consistent indoor temperatures
  • Helps equipment cycle less often
  • Great for attics, walls, crawlspaces, and basements
Moisture control

Helps manage moisture

By limiting air movement, you also limit the moisture that rides along with it. That can help reduce condensation risk in problem areas.

  • Closed-cell options can add an extra layer of protection
  • Helps keep crawlspaces and rim areas drier
  • Supports healthier indoor conditions
Comfort & quiet

More comfort, less noise

A tighter building envelope often feels calmer: fewer drafts, steadier temperatures, and reduced outside noise (especially with open-cell in certain areas).

  • Reduces “whistling” air leaks
  • Supports consistent room-to-room comfort
  • Can help dampen sound transmission
Built to last

Durable performance

Installed correctly, spray foam adheres to the surface and stays in place—no settling or shifting like some loose-fill products.

  • Adheres to wood, masonry, and metal surfaces
  • Helps protect against temperature swings
  • Long-term, low-maintenance insulation option
Closed-cell vs. open-cell: Open-cell is lighter and can be a great fit for certain interior assemblies. Closed-cell is denser, adds rigidity, and is often used when maximum R-value per inch and added moisture resistance are priorities. If you’re not sure which is best, we’ll recommend the right option for your project.
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