Spray Foam Insulation | Oklahoma City, OK

Spray foam insulation is a high-performance insulation system that combines thermal insulation with air sealing. When properly installed, spray foam expands and adheres to the surfaces it is applied to, filling gaps, cracks, penetrations, and irregular areas that can be difficult to address with traditional insulation.

Why Spray Foam?

A building's insulation system is responsible for slowing heat transfer, but air movement can also have a major impact on comfort and energy performance. Spray foam addresses both by creating insulation and a continuous air barrier across the treated assembly.

Reduces uncontrolled air movement through the building envelope.
Helps reduce heat transfer through walls, roofs, ceilings, and other assemblies.
Fills gaps and irregular areas that can be difficult to insulate with traditional materials.
Can improve comfort by helping maintain more consistent interior temperatures.
Can reduce the amount of outside air entering through unintended openings.
Can be used in both residential and commercial applications.

Open Cell and Closed Cell Spray Foam

Spray foam is generally divided into two primary types: open cell and closed cell. They have different densities. expansion characteristics, R-values, moisture-related properties, and applications. The appropriate foam depends on the building assembly and the goals of the project.

ISO works with both open-cell and closed-cell spray foam and evaluates the application before determining which system is appropriate.

A Complete Insulation System

Spray foam is more than simply adding insulation. Proper installation requires the foam to be applied to the correct surfaces and at the appropriate thickness for the application. The surrounding building assembly also has to be considered so the finished system performs as intended.

Where Spray Foam Can Make a Difference

Spray foam can be used in a wide range of applications, including existing homes, new construction, metal buildings, crawlspaces, commercial and industrial structures, and specialized assemblies. It can be particularly useful where air leakage, difficult geometry, limited access, or extreme temperatures make conventional insulation less effective.

Attic Applications

In existing homes, spray foam can be installed at the underside of the roof deck to move the insulation and air barrier from the attic floor to the roofline. This can create an indirectly conditioned attic and reduce the extreme heat load surrounding attic ductwork.

Built for Oklahoma

Oklahoma homes and buildings experience significant temperature swings throughout the year. Hot summer attic temperatures and winter temperature changes can place additional demands on a building's insulation system. A properly designed Spray foam system helps reduce unwanted heat transfer and uncontrolled air movement through the building envelope.

The Right Foam for the Right Application

There is no single spray foam solution for every project. The appropriate product, thickness, location, and installation method depend on the structure and the specific application. ISO evaluates the project and recommends the spray foam system that best fits the building and its intended use.

Whether the goal is improved comfort, better air sealing, reduced heat transfer, or a higher-performance building envelope, spray foam can be an effective part of a properly designed insulation system.

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