By The Coffee Shops®.  

ZMAX™ fasteners combine corrosion resistance, holding power and application-focused features for demanding metal building projects. 

Fasteners play a critical role in the long-term performance of metal building systems, particularly in coastal areas and other high-corrosion environments. From the forged zinc alloy head to the innovative threads and cut point, Lakeside Construction Fasteners’ ZMAX™ fasteners are engineered to help contractors create durable metal-to-wood connections in tough conditions.  

At the top of the fastener is a forged zinc alloy head designed to avoid developing red rust. Its larger outer diameter also helps prevent wind uplift, making the fastener suitable for projects in high snow load regions and costal environments. An ethylene propylene diene monomer (EPDM) concealed washer provides another component of the complete fastening system.   

ZMAX fasteners feature Lakeside Construction Fasteners’ trademarked H-Low™ threads. This technology features a deep thread profile for maximum holding power. A Type-17 cut point supports the metal-to-wood application by allowing the fastener to drive through a metal panel and lock into the wood framing beneath it. Together, these features give contractors a fastening option developed around both installation and long-term performance in high-stress environments.  

The No. 10 fastener is manufactured from 1022 material and finished with the L3 Dura Protec™ coating system. Standard options include wet paint and H-Low threads, while a powder coating is available as a custom option, giving contractors more options and flexibiity with their projects.  

For contractors working in coastal environments, high snow load regions or other demanding applications, ZMAX brings its corrosion-resistant head, concealed washer, deep threads and cut point together in one system. The result is a forged, long-life fastener designed to deliver dependable holding power while helping prevent visible red rust on installed fastener heads.  

Learn more about the ZMAX fastener.

By The Coffee Shops®.

Make sure these sessions and exhibitors are on your METALCON short list.

METALCON is just around the corner happening October 7-9 in Orlando, Florida! With over 60 education sessions and 250 exhibitors, it’s important for attendees to plan their schedules carefully. From new products and services to innovative solutions, you won’t want to miss the chance to talk to these Coffee Shop partners: Carlise Architechtural Metals, Central States Manufacturing, Malco, Roof Huger, Van Mark, ATAS International, Inc., Metal Construction Association (MCA), Metal Roofing Alliance (MRA), Sherwin-Williams Coil Coatings and more! Don’t forget to stop by booth 408 to meet the MetalCoffeeShop team!

Featuring an impressive lineup of industry experts and motivational speakers, the METALCON headline sessions just scratch the surface of the learning opportunities.

Keynote: nothing Can Stop You

Former Major League Baseball pitcher Jim Abbott shares his remarkable journey from Flint, Michigan, to throwing a no-hitter at Yankee Stadium. Born without a right hand, Jim developed creative ways to pursue his goals while learning the importance of accountability and trust. His inspiring keynote explores how mindset can transform adversity into personal growth, helping attendees recognize their own challenges as opportunities to build resilience, adapt and celebrate the experiences that shape who they are.

Register today!

Keynote: Building Through Uncertainty: A Market Outlook for the Construction and Design Industries

What economic forces will shape construction and design during the next 12 months? Former American Institute of Architects Chief Economist Kermit Baker examines the indicators influencing project activity, sector growth and client priorities. Attendees will gain a data-driven view of shifting pipelines, regional market differences and emerging opportunities. The session provides a forward-looking framework to help industry professionals anticipate risks, align business planning with changing conditions and make informed decisions in an uncertain market.

Register today!

Industry Outlook: Metal Construction Code Updates: What’s Changed and What it Means

Code changes can lead to permit delays, redesigns and compliance gaps when they are missed or misunderstood. Industry experts Bill Beals, Paul Deffenbaugh and Bob Zabcik will break down significant recent and upcoming updates affecting metal construction. Covering design, specifications, fabrication and installation, the session will help attendees understand current compliance requirements, distinguish the roles of standards organizations and prepare for emerging trends that could influence future projects and business decisions.

Register today!

Industry Outlook: 2027 the Future of Metal Construction

Industry leaders examine the economic, regulatory, material and jobsite forces expected to shape metal construction through 2027. Panelists Kermit Baker, Jeff Henry, Vincent Sagan and Benton Trotter will connect current market realities with the challenges and opportunities ahead. Attendees will explore how supply conditions, evolving codes and construction pressures are influencing project costs, delivery methods and building practices, gaining practical insights for managing risk and positioning their businesses for the next 12 months.

Register today!

The formal sessions are just one way to learn. Attendees will also enjoy a massive exhibition hall where they can network and learn from each other. Make sure our MetalCoffeeShop booth 408 is on your list too!

While you’re in the hall, don’t miss our Coffee Shops partners including: Western States Metal Roofing, BITEC, Franklin International, Giddy Up, H.B. Fuller / GSSI, Latinos en Roofing, MARCO Industries, Metal Building Manufacturers Association (MBMA), McElroy Metal, MetalForming Inc., MFM Building Products, RoofScope and more!

Don’t miss the metal event of the year! Register for METALCON and use code 30MCS for $30 off passes!

Registration Deadline: Friday October 9, 2026

2-Day Introductory Hands-On Training Course | Learn. Practice. Apply. Build Your Foundation.

Looking to break into rainscreen installations or better understand how these systems work? The RAiNA Rainscreen Installation Training is a 2-day, hands-on course designed specifically for building professionals who are new to rainscreen assemblies or seeking a solid introduction to this growing area of construction.

Through a combination of classroom instruction and practical application on mock-up walls, participants will gain a clear understanding of the fundamentals of rainscreen systems—including typical components, installation sequencing, and integration with the rest of the building enclosure.

This course is an ideal starting point for contractors, installers, and construction teams looking to:

• Learn the basics of rainscreen design and installation
• Build confidence working with key materials and assemblies
• Gain practical, hands-on experience in a low-pressure environment
• Expand service offerings in response to growing market demand and updated energy codes

By the end of the course, attendees will walk away with a strong foundation they can build on—whether they’re preparing to bid on rainscreen jobs for the first time, supporting project teams, or simply wanting to stay ahead of industry trends.

No previous rainscreen experience required—just a willingness to learn and get hands-on.

What to Expect

Participants will rotate between four short, focused classroom sessions (approximately 20 minutes each) followed by hands-on installation practice at the mock-up wall. Each module builds on the last to provide a full understanding of rainscreen system components and integration.

Training Modules

1. Air and Weather Barrier (AVB) Application: This module explores the purpose and performance expectations of AVB systems in rainscreen assemblies. Attendees will review:
   • Surface preparation and priming
   • Proper sequencing and integration with other systems
   • Common installation errors and how to avoid them
   • Then, you'll head to the wall to apply the AVB using actual tools and materials.
2. Cladding Attachment System Installation: Get to know the "bones" of the system. In this module, we cover:
   • Types of attachment systems and when to use them
   • Alignment, spacing, and structural considerations
   • Compatibility with insulation and AVBs
   • Participants will then install cladding attachment components on the mock-up wall.
3. Insulation Installation: Thermal performance matters. This module dives into:
   • Choosing the right insulation for rainscreen assemblies
   • Installation techniques to ensure continuous insulation
   • How to handle mechanical fasteners and thermal bridging
   • You'll apply insulation to your section of the mock-up wall with guidance from experienced trainers.
4. Cladding Installation: The finishing touch. This final module focuses on:
   • Cladding types and their characteristics
   • Best practices for fastening, layout, and drainage
   • Considerations for thermal and moisture movement
   • Wrap up your training by installing cladding as the final layer on the mock-up wall.

Additional Details

• Duration: 2 full days
• Meals: Light breakfast and lunch provided each day
• Tools & Materials: All tools and training materials will be provided
• PPE: Students are responsible for bringing their own personal protective equipment as required by the host site (e.g., safety glasses, gloves, boots, hard hats)

If you have any questions, please email bsobkowich@rainscreenassociation.org. 

Register today!

By Jesse Sanchez. 

Rain can turn underlayment, roof decks and access points into serious hazards, making inspection, communication and documentation critical for roofing contractors. 

Rain is an unavoidable part of roofing, but the greater danger may come after the rain stops. Florida Roofing and Sheet Metal Contractors Association (FRSA) highlights how wet underlayment, roof decks, ladders and staging areas can quickly become slippery, creating safety risks for workers and potential legal exposure for contractors. 

Underlayment deserves particular attention because water-shedding performance does not necessarily make it a safe walking surface. Rain and roofing debris can reduce traction, especially on steep-slope roofs or near valleys and edges. Contractors should treat wet underlayment as a heightened hazard rather than a normal work surface. 

Daily jobsite evaluations are an important first step. Contractors should inspect roof surfaces and access points before work begins and reassess conditions after rain. The decision to resume work should depend not simply on whether the rain has stopped but whether surfaces are dry enough for safe access. 

Clear procedures can also help crews respond consistently. Workers should use appropriate footwear, maintain three points of contact on ladders and avoid loads that interfere with visibility or balance. When hazards cannot be controlled, work on the affected portion of the project should stop. 

Contract language can provide additional protection by giving contractors authority to suspend work because of weather or unsafe conditions and restrict access to active work areas. Contractors should also communicate those restrictions to owners, consultants and other individuals involved in projects. 

Written notices, photographs and daily reports can document rain events, unsafe conditions, access restrictions and resulting delays. Contractors should also distinguish between temporary weather protection and safe access, since a dry-in condition does not necessarily mean a roof is safe for foot traffic. 

This information is for general informational purposes only and does not constitute legal advice. Contractors should consult legal counsel regarding requirements that apply to their projects and jurisdictions. 

Learn more about rain-related roofing safety and legal protections from the Florida Roofing and Sheet Metal Contractors Association!

By Emma Peterson. 

Explore this month’s most popular roofing stories.  

As we enter the final quarter of 2026, it can be hard to keep up with everything that’s happened so far! From the surge of AI tools to the constantly evolving landscape that is global geopolitics, there's a lot going on. To make it a bit easier, we highlighted the articles that resonated the most with our audience.  

For September 2026, our top ten list featured multiple articles focused on safety. One of these articles was written by Heidi J. Ellsworth, who is the CEO and president of The Coffee Shops®. Her article focused on Construction Suicide Prevention Week (which was September 14-18) and highlighted the importance of “creating a workplace where people know it is safe to speak up, supervisors know how to respond and everyone understands where immediate help is available.” The other safety article focuses more on the physical aspect of safety, specifically how maintenance and driver training are key to keeping your fleet of vehicles safe.  

The Coffee Shops’ talented writing team also made the list this month! One was Jesse Sanchez’s article about Polyglass’ new single-ply, insulation and waterproofing systems and how they protect “all six sides of the building envelope.” The other two articles from the editorial team came from me and focused on the state of the roofing industry market and an innovative solution to recycling construction waste.  

Read all ten of the top articles:

10 - METALCON announces inaugural 40 Under 40 honorees

9 - Customer reviews put roofing software on top

8 - An uneven but expanding market

7 - Keep your fleet safe on summer roads

6 - Master the market with metal

5 - Leadership takes the stage at MRCA

4 - Protecting all six sides of the building envelope

3 - How much wood could a Woodchuck divert?

2 - Don’t miss NRCA’s LEGALCon Live 2026

1 - Building a safer construction industry starts with a conversation

Roofing Alliance Members donate materials and labor.

The roofing industry came together this week as Ronald McDonald House® Oklahoma City celebrated the expansion of its 28-bedroom Ronald McDonald House, made possible in part through an extraordinary $400,000 collective contribution from Roofing Alliance members.

The donated roofing materials, products and labor helped bring the expanded house to completion over the summer without downsizing the project or delaying construction.

The partnership was recognized during a donor reception and ribbon-cutting ceremony in September, honoring those who contributed and celebrating the families who will benefit from the expanded facility.

Once fully operational, the house will serve families whose children are receiving treatment at three additional partner hospitals in the Oklahoma City metropolitan area. According to Susan Adams, chief executive officer of Ronald McDonald House® Oklahoma City, the expansion will provide an estimated 10,220 additional nights of stay each year and save families approximately $1,034,264 annually. The house is expected to serve families from more than 70 of Oklahoma’s 77 counties while their children receive critical medical care.

For the Roofing Alliance members involved, the project demonstrates what can happen when contractors, manufacturers, distributors and other roofing professionals come together for a shared philanthropic purpose.

“Giving back is a core part of who we are,” said Joe Smith, Johns Manville Roofing Systems president. “Through our long-standing relationships with NRCA and the Roofing Alliance, we’re proud to help support projects that strengthen communities and serve families during challenging times.”

“Ronald McDonald House® Oklahoma City expresses sincere gratitude for the Roofing Alliance’s partnership and support,” Adams said.

Roofing Alliance members contributing to the project included:

• Supreme Roofing of Dallas, which provided all labor for the project and earned a place on the construction manager’s bid list for future projects. According to Adams, “The project team was impressed by Supreme’s professionalism, efficiency and strong commitment to safety.”
• ATAS International, which donated all metal panels that give the House a new look.
• GAF, which accommodated a last-minute change and provided upgraded shingles to meet the requirements of the Owners Association where the House is located.
• Georgia-Pacific, which donated the roof cover board, a new hail-resistant product recently introduced from its Oklahoma plant.
• IB Roof Systems, which donated all PVC membrane for the roof. This marks the fifth Ronald McDonald House to receive a donated IB roof.
• Johns Manville, which donated all roof insulation, helping reduce the House’s future energy costs.

Together, these contributions provided the materials, labor and expertise necessary to complete the roofing portion of the expansion and highlight the breadth of capabilities represented throughout the Roofing Alliance membership.

Ronald McDonald House® Oklahoma City also recognized William Good, Senior Advisor to the Roofing Alliance-Ronald McDonald House® partnership, for his instrumental role in coordinating the project.

“RMH-OKC also extends special recognition to William Good, retired CEO of the National Roofing Contractors Association and Roofing Alliance senior advisor, who generously volunteered his time and expertise to coordinate these donations,” Adams said. “His leadership in bringing the contributors together was instrumental in making this gift possible and reflects the power of this collaborative effort.”

The long-standing partnership between the Roofing Alliance and Ronald McDonald House® demonstrates how the roofing industry can use its expertise, resources and relationships to create a lasting impact for families in need.

“This House will serve families the donors may never meet, facing some of the most difficult moments of their lives,” Adams said. “Thanks to the Roofing Alliance, these families will have a place of comfort, proximity and hope to support their child during treatment. The Roofing Alliance and its contributors can take great pride in the impact of their support. Their gesture of humanity will be deeply felt and long remembered by the families served by RMH-OKC.”

About Ronald McDonald House® Oklahoma City

Ronald McDonald House® Oklahoma City provides a home away from home for families with seriously ill or injured children receiving medical care in the Oklahoma City area. Through lodging, comfort and supportive services, RMH-OKC helps families stay close to their children during times of medical need.

About the Roofing Alliance

The Roofing Alliance brings together more than 210 forward-thinking industry leaders committed to advancing the future of roofing. Through strategic investments, collaboration and industry partnerships, the Roofing Alliance funds initiatives in education, research, workforce development and philanthropy. Its work includes scholarships, university and career development programs, industry research and the Center for Roofing Innovation and Leadership—all designed to strengthen the industry, develop future leaders and create lasting impact.

Located in the center of the exhibit hall, this interactive experience brings to life the story of steel and its essential role in building infrastructure and products that power everyday life.

U.S. Steel is celebrating 125 years of steelmaking, innovation and American manufacturing in 2026. The milestone will be recognized as part of METALCON’s 35th anniversary, October 7-9 at the Orange County Convention Center in Orlando.

As the largest international event in the metal construction and design industry, METALCON will recognize U.S. Steel’s longstanding role in the steel industry and the company’s continued focus on innovation for the future. At METALCON, U.S. Steel (booth 1077) is hosting Steel on the Move Experience, an exhibit celebrating 125 years of innovation, craftsmanship and leadership in American steelmaking. Located in the center of the exhibit hall, this interactive experience brings to life the story of steel and its essential role in building infrastructure and products that power everyday life.

For more than a century, steel has helped shape everyday life in America — from the infrastructure that connects communities to the vehicles, appliances and buildings people rely on every day.

“For 125 years, U.S. Steel has helped build the infrastructure, industries and products that move America forward,” said Robert Kopf, vice president – sales for U.S. Steel. “What’s exciting today is how steel continues to evolve — becoming stronger, lighter and more durable to meet the changing needs of our customers and the next generation of American manufacturing.”

This evolution combines advances in manufacturing, materials science and process technology, ultimately allowing steelmakers to tailor products for increasingly demanding applications.

“Innovation has always been part of steel’s story,” Kopf said. “Today, advances in technology give us greater ability to engineer steel for our construction customers in all subsegments which provides strength where it is needed, lighter weights for design optimization and superior corrosion resistance capable of enduring the harshest environments to deliver the performance our customers need.”

Steel also offers important advantages for a more sustainable future given its ability to be recycled again and again.

“Steel’s combination of strength, durability and recyclability makes it an incredibly important material for the future,” Kopf said. “As our customers’ needs continue to evolve, we are focused on developing steel solutions that can help them meet their performance and sustainability goals.”

These attributes are especially relevant to the construction and design industries, where material performance, durability and long-term value are critical considerations.

“Steel has a long history of looking ahead, anticipating challenges and playing a tremendously important role in the products and infrastructure of the future,” Kopf says.

About METALCON

METALCON is the largest international event in the metal construction and design industry. Established in1991, it’s the only annual tradeshow and conference devoted exclusively to the application of metal in design and construction. Each year, contractors, architects, developers, owners, installers, fabricators, manufacturers and suppliers from more than 50 countries attend. 200+ leading companies exhibit the latest products, solutions and game-changing technologies. Produced by PSMJ Resources, Inc., in partnership with the Metal Construction Association, METALCON’s success is based on a dynamic exhibit hall, extensive educational programs and interactive learning opportunities. For information, visit www.metalcon.com or call 800-537-7765.

By Emma Peterson. 

By examining centuries-old buildings and historical climate records, researchers found evidence that roof geometry evolved alongside changing snowfall conditions. 

As weather events continue to grow in extremity, there’s a lot of discussion going on about how we can build structures stronger so that they can withstand the elements. This can seem like an overwhelming task, but it might be one that humans have already overcome in the past.  

Research published in the journal Science Advances points to a connection between China’s historical roofs and changing snowfall patterns. This research was conducted by a team from 南京 (Nánjīng) University that included Siyang Li, Ke Ding, Aijun Ding, Lejun He, Xin Huang and Congbin Fu in collaboration with Quansheng Ge of the Chinese Academy of Science in 北京 (Běijīng).  

Collecting the data 

To set up their study, the team began with field research. As an EOS article by Katherine Kornei describes:  

The team amassed records of roughly 200 wooden buildings constructed in northern China from the 8th to 18th centuries (from the middle to late 唐 [Táng] dynasty to the middle of the 清 [Qīng] dynasty)... For each building, the researchers calculated the ratio of its roof’s height to its span. 

The reasoning behind collecting that ratio was that roof slope is a trackable change in construction design that could show a correlation between construction and weather changes (a steeper slope is better at shedding precipitation like snow).  

After collecting the data on the different buildings, the team turned to historical weather data. As Katherine wrote, “To infer what the climate was like in northern China from the 8th to 18th centuries, the team mined published paleoclimatic reconstructions.” In other words, the team used historical documents and data to understand weather anomalies in Northern China between the 8th to 18th centuries with a special focus on snowfall anomalies.  

The connections 

With their data collected, the researchers began putting the puzzle pieces together. And what they found was “that the main factor driving the modification of roof pitch and curvature of official buildings was the fluctuation in snowfall intensity associated with climate change over the past thousand years.”  

In the study, they highlighted 龙门(Lóngmén) Temple in the 山西 (Shānxī) province as an individual case study supporting this connection between roof design and weather. As written in the study:  

According to the historical document of building standards of the Song Dynasty (Yingzao fashi, 1103 CE) (36), [the buildings] in the Lóngmén Temple were supposed to have a nearly identical roof pitch of ~27%. However, the two buildings constructed in cold periods presented steeper roofs, at 29.67% (1098 CE) and 30.50% (1498–1504 CE), whereas the one in the warm period was smoother, at 26.92%. 

This is a perfect illustration of the larger pattern found by the group – that historical Chinese architects built roofs in response to the weather patterns experienced during the construction period.

Further, this example showcases how we know that the steeper slopes were due to historic snowfall rather than other forms of precipitation like rain. As Ke Ding told EOS, “If the roof [slope] changed according to rainfall, it should be steeper in warmer periods.” And, as roofs like those Lóngmén Temple, changed during the cold periods, it can be concluded that snowfall was the primary precipitation impacting the construction methods.  

Beyond this study 

Overall, this study showcases the resilience of roofers and humans in general to adapt to changing environments. As Katherine put it, “Given the rapid climate change the planet is currently experiencing — [the fact that] people in the past made changes [is heartening and a testament to our current capability] of doing the same.” 

Image sources in order of appearance: People’s Daily, Science Advances 

Launch builds on IKO’s $60 million investment in its Ennis, Texas, metal roofing facility, which opened last year

IKO North America is officially launching IKO Metals at the Western Roofing Expo in Las Vegas, bringing DECRA’s stone-coated steel roofing portfolio under the IKO Metals brand. DECRA, a long-established brand in stone-coated steel roofing, became part of IKO through its 2018 acquisition of Roof Tile Group. The launch portfolio, DECRA by IKO Metals, includes three profiles inspired by traditional tile and shake, combining the look of traditional roofing materials with the strength and durability of stone-coated steel.

The launch builds on IKO’s investment in metal roofing, including the opening last year of its $60 million, 205,000-square-foot manufacturing facility in Ennis, Texas.

“The launch portfolio gives IKO a foundation to serve customers looking for the distinctive appearance of tile and shake without moving away from the performance characteristics of steel. These three profiles are the first step in expanding IKO’s metal roofing offering,” said Vince Carrier, product development manager, IKO North America.

Available across the U.S. and Canada, the launch portfolio gives homeowners, contractors and distributors new design options in a steel roofing system. It includes:

• Mediterranean Tile features a low-profile, scalloped design that carries the aesthetic of Old-World clay tile in stone-coated steel.
• Farmhouse Shake features the wide profile and textured appearance of hand-split cedar shake, recreated in stone-coated steel with deep shadow lines.
• Spanish Tile features the sweeping curves and timeless character of Spanish clay tile in stone-coated steel.

“DECRA has nearly 40 years of experience in stone-coated steel roofing, this launch builds on that foundation,” said Scott Campbell, vice president, sales, U.S., IKO. “These new profiles combine that experience with IKO’s proprietary roofing granules, updated colors and designs that are easier to install. And they’re just the beginning of what we’re building in metal.”

All IKO Metals roofs have a Class 4 impact-resistance rating, the highest level of impact resistance, a Class A fire rating and are designed to withstand freeze-thaw conditions. They are backed by a Lifetime Limited Warranty providing warranty coverage and warranted coverage for wind speeds of up to 120 mph and hailstones up to 2.5 inches in diameter. The Lifetime Limited Warranty provides coverage during the original owner’s ownership of the single family detached home on which the IKO Metals roof was installed and is transferable one time to a new owner within the first 20 years after installation. Please see Lifetime Limited Warranty here for full terms, conditions and limitations.

About IKO

IKO is a worldwide leader in the roofing, waterproofing and insulation industry for residential and commercial markets. A vertically integrated company, IKO operates more than 35 manufacturing plants throughout North America and Europe. IKO is a family-owned business established in 1951.

By The Coffee Shops®. 

Roof Hugger’s approach focuses on structural attachment, code compliance and long-term performance. 

When building owners choose a metal-over-metal retrofit, the supporting sub-framing system plays a critical role in the performance of the new roof. Roof Hugger’s sub-purlin system is designed specifically for installation over existing metal roof assemblies, providing a foundation for a new metal roof without the expense and disruption of a complete tear-off. 

Roof Hugger sub-purlins are engineered to fit a wide variety of existing metal roof systems and provide direct attachment to existing structural members. Architects and specifiers enjoy this feature because it allows for numerous new roof panel options. Roof Hugger’s retrofit assemblies have undergone extensive testing using multiple combinations of new and existing roof panels.  New systems, provided by almost every major metal roof panel manufacturer, have been installed on more than 130 million square feet of existing metal roofs, with millions of additional square feet added annually. 

The system offers several practical advantages. Roof Hugger sub-purlins can be manufactured to specific heights, creating room for additional insulation or helping address roof elevation changes that may affect weather-tight connections. They can also add strength to existing purlins and be designed to support additional photovoltaic weight plus compliance with current wind and snow-load requirements. 

Another notable benefit is the ability to upgrade an existing screw-down metal roof to a standing seam roof system. This panel and sub-framing design accommodates expansion and contraction while supporting long panel runs, making it suitable for modern roofing applications. This adaptability allows building owners to invest in their structure long-term without having to weigh the downsides of a full roof removal and replacement.  This combination also makes future photovoltaic systems viable by strengthening the purlins and providing a roof that does not need to be penetrated when adding solar panels.  

Roof Hugger products are manufactured in the United States from high-strength 16-gauge, 50 ksi, G-90 galvanized steel. Combined with extensive testing and engineering flexibility, the system is positioned as a long-term retrofit solution designed to meet current building code requirements while extending the service life of existing facilities.  

Learn more about metal-over-metal retrofit systems and the role sub-framing plays in roof strength.