Continuous Insulation?

Stop Energy Loss at the Source

Continuous insulation covers the entire exterior structure to reduce heat transfer through framing and weak points.

Eliminate Thermal Bridging

Wood and steel framing allow heat to move through walls. Continuous insulation blocks that transfer for better efficiency.

Improve Whole Building Performance

Creates a more stable building envelope that works together instead of isolated insulated cavities.

Stronger Indoor Temperature Control

Helps maintain consistent temperatures throughout the building during extreme weather conditions.

Increase HVAC Efficiency

Reduces strain on heating and cooling systems by minimizing unwanted heat gain and heat loss.

Protect Against Moisture & Condensation

Helps control condensation buildup inside wall systems that can lead to mold and long term damage.

Ideal for Metal & Commercial Buildings

Adds critical thermal protection to steel structures that rapidly transfer outside temperatures.

Boost Long Term Energy Savings

Higher efficiency means lower operating costs and reduced monthly energy consumption over time.

Built for Modern Construction Standards

Helps buildings meet stricter energy code requirements and performance expectations.

Creates a More Durable Building Envelope

Supports long term structural performance by reducing temperature stress and moisture exposure throughout the wall system.

Consistent Thermal Protection Across the Building Envelope

Continuous insulation is a rigid insulation system installed across the exterior of a building to create an uninterrupted thermal barrier. Unlike traditional insulation placed only between framing members, continuous insulation helps reduce thermal bridging, which occurs when heat transfers through wood or steel framing. By covering the structure with a continuous layer of insulation, the system improves energy efficiency, stabilizes indoor temperatures and supports better long term building performance.

Continuous insulation is commonly used in residential, commercial and metal building applications where energy efficiency and moisture control are important. It can be installed beneath exterior siding and wall systems to improve thermal performance without sacrificing interior space. The added exterior insulation layer helps buildings maintain more consistent temperatures while reducing heat loss during colder months and limiting heat gain during warmer conditions.

Built for Energy Efficiency & Long Term Performance

Continuous insulation helps strengthen the performance of the entire building envelope by improving thermal consistency and reducing areas where energy loss commonly occurs. Buildings without exterior continuous insulation often experience reduced efficiency around framing members, leading to uneven temperatures, increased energy usage, and long term performance issues. Adding continuous insulation helps create a more efficient structure designed for durability and comfort.

Every project requires the right insulation thickness, material, and installation method based on the building design and performance goals. Our process starts with evaluating the structure and identifying where additional thermal protection will provide the greatest benefit. Whether the project involves new construction, commercial development, metal buildings, or exterior upgrades, continuous insulation delivers dependable thermal performance, moisture resistance, and long lasting energy efficiency.

Explore Insulation Types

Continuous Insulation isn’t the right fit for every project. Here are the other systems we install.

Spray Foam

Expands to fill cavities and create an air seal. Often used in new construction or spaces where air leakage is the concern.

Batt Insulation

Pre-cut panels that fit between wall studs and floor joists. Common in new builds where framing is open and accessible.

Blown-In Insulation

Loose-fill material that settles around framing and obstacles for even coverage. Common for attics and retrofit projects.

Damp & Waterproofing

Protective coating designed to help prevent moisture intrusion on below grade residential and commercial foundations.

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FAQ

What is continuous insulation?

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Continuous insulation is a rigid insulation system installed across the exterior of a building to create an uninterrupted thermal barrier and reduce energy loss through framing.

What is thermal bridging?

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Thermal bridging occurs when heat transfers through wood or steel framing. Continuous insulation helps block that heat transfer and improve overall building efficiency.

Where is continuous insulation commonly used?

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Continuous insulation is commonly used on residential homes, commercial buildings, metal structures, and modern exterior wall systems.

Does continuous improve energy efficiency?

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Yes. Continuous insulation helps reduce heat loss, improve thermal consistency, and support better overall building performance year round.

Can continuous insulation help with moisture?

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Yes. Continuous insulation can help reduce condensation potential within wall assemblies by improving temperature consistency across the structure.

Is continuous insulation required by modern codes?

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In many applications, continuous insulation is used to help buildings meet updated energy efficiency and thermal performance requirements.

Can continuous be combined with other insulation?

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Yes. Continuous insulation is often used alongside batt insulation, blown in insulation, or spray foam systems for improved overall performance.

How long does continuous insulation last?

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When properly installed and protected within the wall assembly, continuous insulation provides durable, long term thermal performance for the life of the building.

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