Reduce construction and energy costs: the value of Insulated Panels Systems

Reduce construction and energy costs: the value of Insulated Panels Systems

In the construction industry, where projects are evaluated not only for their aesthetics and structural viability but also for their economic efficiency over decades, the choice of construction system is a strategic decision. Beyond the initial cost, architects and engineers today assess the project’s total financial impact over its entire lifespan.

In this context, insulated panel systems, also known as sandwich-type panels, stand out as a solid alternative to traditional systems such as concrete, and even to other types of panels. This represents a logical evolution driven by technical data, measurable thermal performance, and a comprehensive view of the project’s total cost.

These systems are currently used by construction professionals in industrial projects; however, they are also well-suited for use in commercial projects—such as supermarkets, corporate buildings, and mixed-use developments—as well as in architectural projects, thanks to the aesthetic appeal of their finishes.

Immediate cost vs. total project cost

Concrete has historically been one of the industry’s foundational materials. Its structural strength is unquestionable, but its thermal performance is limited. Conventional concrete has an approximate thermal resistance of R-1.38 per inch, based on A3.1-2 table of ANSI / ASHRAE Standard 90.1-2019 (I-P), which means that, on its own, it does not function as an effective insulator. To meet energy efficiency objectives, additional layers must be incorporated: insulation, waterproofing, and coatings.

Each additional layer involves more materials, more labor, and longer construction time—and therefore, may increase the project’s cost.

In contrast, sandwich panels systems integrate the building envelope, thermal insulation, and final finish into a single system. This significantly reduces on-site processes, simplifies coordination and installation, and allows for faster, more controlled execution thanks to its single-layer design. Although the initial cost per square meter may be perceived as higher, the total cost of the project plan using insulated panel systems—when considering timelines, efficiency, and operation—should be regarded as a strong and competitive alternative.

The R-value: the technical key to energy savings

One of the most important factors in this comparison is the R-value, the standard metric that measures a material’s thermal resistance to heat flow. The higher the R-value, the greater the thermal resistance.

Under the ASTM C518 test method at an average temperature of 75°F, a widely accepted industry standard:

•           Insulated panels systems with a PIR core may achieve an R-value of up to 7.19 per inch of insulation.
•          Other PIR cores available on the market may present different R-values depending on formulation and thickness, which can require design adjustments to achieve similar thermal performance. This potentially results in higher material costs.

This means that there are PIR cores that often have differences in thermal resistance values within insulated panels.

Key advantages of PIR core insulated panel systems

When comparing only initial costs, concrete may seem competitive. However, the comparison that truly matters for a well-planned project is one that takes these factors into account: thermal performance, construction time, future building maintenance, and on-site operations.

Insulated panels for walls and roofs with an insulating core offer advantages that must be considered in today’s projects:

•           They achieve excellent insulation levels with thinner profiles than traditional systems.
•          They provide continuous insulation, reducing thermal bridges, which can lead to energy leaks.
•           Quick installation, shortening construction schedules and lowering costs.
•           They offer durability and long-term stability, reducing certain long-term maintenance requirements.
•           It uses a single-layer approach, so the construction process doesn’t require multiple components like traditional systems

In short, this is where insulated panel systems demonstrate their true value. Shorter construction time means lower financial costs; better insulation means potential savings on energy bills; and less construction complexity means a reduction in the investment required for maintenance activities. All these factors contribute to greater cost efficiency.

And cost savings with QuadCore™ Core Technology

Kingspan introduces innovative QuadCore™ technology to the Mexican market—a next-generation hybrid core that will be available soon. This technology has been developed to offer even higher thermal performance compared to a PIR core.

Published data indicates that:

•           QuadCore™ achieves an R-value of up to 8.0 per inch, measured according to ASTM C518.

This higher R-value indicates increased thermal resistance compared to standard PIR formulations, which can contribute to improved energy performance depending on project design

This allows projects to:

•           Achieve higher levels of energy efficiency, leading to greater energy savings.
•           Optimize operating costs from the first day the building is in use.

For architects and engineers seeking to design today with long-term projects in mind that feature exceptional specifications, this technology opens a new window of opportunity in insulated panels for walls and roofs, delivering greater savings.

Please note that PIR and QuadCore™ values are based on published testing.

Comprehensive project care using Insulated Panel Systems

Choosing a building system means choosing a reliable partner. In this regard, Kingspan Mexico is positioned as a professional supplier that supports you in meeting the real needs of architectural and construction projects, while also helping you anticipate future savings.

Its value proposition goes beyond just an insulation panel and includes:

•           Professional, prompt, and personalized service.
•           Flexibility to adapt sandwich panel systems to each project.
•           Support with technical specifications from the early design stages.
•           Drafting services to facilitate proper integration into the preliminary design.
•           Training in the installation of panel systems.
•           Manuals and technical literature available and accessible to designers and construction teams.

This support helps ensure that the expected performance of a project is reflected in a high-value final product right from the planning stage.

Choosing well is strategically saving money with lower potential costs

In an industry where every decision impacts long-term costs and performance, comparing only the initial price can be misleading. When all key variables are analyzed—such as thermal performance, speed of construction, energy efficiency, and operating and maintenance costs—insulated panel systems emerge as an excellent option that effectively addresses all of these factors.

Considering R-values validated by certified laboratories, comprehensive technical support, and next-generation technologies like QuadCore™ becomes a strategic factor. In this way, insulated panels systems are increasingly considered a viable alternative that meets the industry’s current demands: efficiency, speed, durability, and careful management of future maintenance costs for the construction project compared to traditional systems.

Submit a request and our team will be happy to assist you:

Email: ventas@kingspan.com

A specialized team can help you choose the most cost- and performance-efficient insulated panel system for your project.