But don't just take our word for it - See what customers have to say about SIPs!
We decided to go with SIPs for our new home, and it was the best choice we could have made. Not only did we see a significant reduction in our heating and cooling costs, but the construction process was so much faster than we expected.
Sara M., Homeowner
SIPs are also so much easier to work with because they’re pre-manufactured, and the panels fit together seamlessly. It’s a huge time-saver on-site, and that means our projects finish quicker.
Mark P., Builder
We were able to reduce our environmental impact while creating a comfortable, modern home. The quality of the construction is exceptional, and the insulation is far superior to stick frame.
Emily R., Homeowner
Experience the Difference of SIPs
Structural Insulated Panel (SIP) construction offers numerous advantages over traditional stick frame construction, primarily in terms of energy efficiency, strength, and speed of build. SIPs are made by sandwiching a layer of insulation (typically foam) between two outer layers of oriented strand board (OSB) or other materials, creating a highly energy-efficient building envelope. This results in a much higher R-value (thermal resistance) compared to stick frame walls, which have gaps between studs that allow heat to escape. As a result, SIP buildings maintain a more consistent indoor temperature, reducing heating and cooling costs. This efficiency is not only cost-effective in the long run but also environmentally friendly, as it reduces energy consumption.
In addition to energy efficiency, SIP construction is faster and more durable. The panels are pre-manufactured to precise specifications, meaning they can be quickly assembled on-site, often reducing construction time by up to 50% compared to traditional framing methods. This can translate to significant savings on labor and time.
SIP Construction
-
Consists of a solid core of insulation sandwiched between two layers of oriented strand board (OSB)
-
Offers superior insulation, providing a more energy-efficient building with better thermal performance and reduced heat transfer.
-
Faster construction due to prefabricated panels that are pre-cut and ready to assemble, reducing on-site labor and build time.
-
Provides greater structural integrity, with the panels offering strength across the entire wall, roof, or floor.
-
Reduced waste as panels are pre-manufactured to the required specifications, leading to a cleaner, more efficient construction site.
-
Higher initial cost for materials but saves on long-term energy bills, labor, and time.
-
Provides a durable, airtight structure that reduces wear and tear from environmental factors and can withstand natural disasters more effectively.
-
Allows for creative, open layouts with fewer supports needed, providing more design flexibility.
Stick Frame Construction
-
Made from individual wooden studs, beams, and other framing members assembled on-site.
-
Typically has more gaps in insulation and can have thermal bridging through the studs, reducing overall energy efficiency.
-
Slower construction as it involves on-site cutting, measuring, and assembly of individual components.
-
Relies on the strength of individual studs, which can be prone to warping, settling, or movement over time.
-
Typically generates more waste as materials are cut and shaped on-site.
-
Lower upfront cost but may incur higher long-term energy and maintenance costs.
-
Susceptible to issues like mold, rot, and termites, and requires more maintenance over time.
-
Offers design flexibility but often requires additional structural supports for larger spans.
