Delivering more resilient roof systems

By Dani Sheehan. 

The push for stronger, more adaptable roof assemblies is about giving contractors the tools they need to install with confidence today while knowing the system will hold up against whatever comes next. 

From increasingly severe weather to evolving building use, roofing contractors play a huge role in helping building owners prepare for the future. In a recent episode of Roofing Road Trips®, Derrick Hutchinson, director of sales for Securock® Brand roofing at USG, shared how contractor feedback continues to shape the evolution of roof assemblies, especially when it comes to durability and long-term performance. 

Designing for a more demanding environment 

Roofing has always been about protection, but conditions are becoming less predictable and more extreme. Derrick pointed to a clear trend contractors are already combatting: “We’re seeing how storms are more frequent, hurricanes are getting stronger, hail is getting bigger. It’s just wild.” These extreme weather events are driving a shift in how materials are evaluated and specified. It’s no longer enough for a product to meet baseline performance standards. Products must hold up under repeated stress, both during installation and over the life of the roof. 

“We’re always thinking about durability,” Derrick explained. “What is durable enough so that when the contractors handle [our products], they feel good installing it? But also, when there’s a storm, how do you make sure that your products will perform extremely well?” Contractors need materials that install cleanly and consistently, but they also need confidence that those same materials will protect the building when conditions push the system to its limits. 

USG has approached that challenge by engineering cover boards that prioritize both strength and consistency across applications. Products like Securock® Gypsum-Fiber roof boards are designed with high compressive and flexural strength, helping systems better withstand wind uplift, hail impact and the realities of rooftop traffic.  

Future-proofing the roof system 

Durability alone isn’t enough. As Derrick recognized, “You may be installing a roof today, but it could be two years down the line, and the building owner might be asking ‘What can I do about my electricity bill?’” Contractors are increasingly being asked to think long past the initial installation date. Whether it’s adding solar arrays, additional rooftop equipment or even amenity spaces, the expectations for what a roof can support are expanding. 

Derrick joked that when the industry hears “solar ready” it automatically hears “cover board” because of how well the two components go together. Having a system designed with future loads and use cases in mind allows building owners to adapt over time without starting from scratch. He shared an example of a school using its roof as a hands-on training space for students learning to install solar systems: “You’re going to have kids going up there every day, installing a solar system, taking it apart, installing it again, and you’ll know the roof will continue to perform like no other.” 

All of this points to a bigger industry shift: resilience and longevity are no longer nice to have but are essential to controlling long-term costs. By extending the life of the system and reducing maintenance demands, you can help building owners see the bigger financial picture.  

Built with contractors in mind 

What ties all of this together is the role contractors play in shaping these solutions in the first place. From responding to extreme weather to planning for future building needs, the evolution of roofing systems is being driven by real-world challenges in the field. Through its Securock® roof board portfolio, USG continues to invest in solutions shaped by contractor feedback, helping you build systems that are not only resilient, but ready for the future. 

Listen to the full podcast episode to learn more about future-proofing roof systems in response to climate pressures, aging buildings and new performance demands.