Build to Last: The Best Materials for Long-Lasting, Energy-Efficient Structures
- Natalie Akins
- 7 hours ago
- 4 min read
It is no secret that the cost of construction is rising.
Expensive raw materials, high interest rates, labor challenges, and, now, tariffs are among the various factors causing quotes to skyrocket.
As such, it has never been more important to create durable, long-lasting structures that will help costs average out over a structure’s lifespan. The good news is that there are many innovative materials that can give professionals a leg up in this regard. Keep reading as we explore the ways that smart materials are reshaping longevity in the construction industry.
Increased Foundational Strength
The foundation is key to structural success. Once issues start setting in, they can be difficult, expensive, or even impossible to fix without completely overhauling the entire building.
By choosing next-level materials when building a garage foundation, you can guarantee the ongoing structural integrity of the project. One of the best options in this regard is insulated concrete forms (ICF). ICFs operate via a series of interlocking, insulated blocks that are erected at the prepared foundation location.
Once the insulative chassis is ready, rebar is added, and the walls are set in place with concrete. This provides a continuous, double-insulation layer for the foundation walls that keeps heat in and cold out. In addition to improved energy efficiency, ICFs offer better moisture resistance than other materials. This can help prevent issues such as rot, mold, and water seepage in below-grade areas of the structure.
Also Read:
Better Energy Efficiency
It would be remiss to discuss modern materials without touching on energy efficiency. It is simply the top consideration in the industry, with both heightened public awareness and more stringent government regulations bringing energy efficiency in construction under the microscope.
The great news is that energy efficiency and longevity go hand-in-hand as part of sustainable construction. When materials have to be constantly repaired or replaced, it creates an ongoing energy pit that can be avoided when sourcing durable, “set-it-and-forget-it” materials.
To maximize both energy efficiency and longevity benefits, consider materials such as hurricane-grade storm windows with low-E glazing, bamboo flooring, and recycled steel beams and girders.
Compatibility with Contemporary Design Styles
Every building is a blueprint in and of itself, a canvas that occupants can manipulate to serve their unique needs. With that said, contemporary sensibilities tend to lean strongly toward minimalist and biophilic, with open, flowing spaces softly blending the lines between interior and exterior areas of the structure.
There are many durable materials that help this concept come to fruition. Polished concrete floors give interior rooms a classy, finished aspect but are just as at home when used as patio flooring.
Consider installing glass railing around staircases, elevated walkways, and decks. It offers premier safety for these areas without inhibiting natural light flow. Glass railings are also extremely weather-resistant and easy to clean. Engineered stone accent walls can help create a focal point that breaks up space in the building’s interior while meshing seamlessly with engineered stone cladding materials outside.
Greater Customization Options
This is underscored in 2025, where the rapid integration of technology into all corners of society seemingly changes life on a daily basis. As such, buildings must be highly adaptable to meet the ever-changing needs of occupants. They must be able to withstand frequent customization without degrading prematurely.
Start with the flooring. It must be able to handle regular reconfiguration without getting nicked up. Epoxy terrazzo is a great option in commercial settings, while polished concrete, solid hardwood, and bamboo are excellent for both commercial and residential builds.
To create some defined space as necessary, turn to demountable partition walls. They allow for quick reconfiguration of space without permanently altering the prevailing design style.
Improved Aesthetics
Longevity and aesthetics are not mutually exclusive. There does not need to be a choice between buildings that offer an awe-inspiring aspect and those that stand the test of time. There are plenty of ways to accomplish both goals simultaneously.
Stainless steel is a top option in this regard and can be used throughout the building. Accents such as stainless steel knobs, railings, and fixtures work wonderfully in industrial chic structures.
Another durable, yet aesthetically-stunning, material is quartzite slab countertops. As one of the hardest stones on the market, quartzite can handle all kinds of stressor such as heat, impact, and heavy usage without chipping, cracking, or showing signs of wear. It is also very easy to clean and maintain (wet cloth and mild soap), with an annual sealing the main recommendation for ongoing viability.
Innovative composites, such as engineered roof shingles and rainscreen cladding, can offer a wide range of aesthetic appearances while being highly resistant to rain, wind, and projectile impact.
Choose Innovative Materials and Create Structures that Last
Now more than ever, the need for long-lasting structures is a top priority in construction. From increased foundational strength to improved aesthetics, consider the various ways listed above that smart materials are reshaping infrastructure longevity.
