By Drexel Metals. 

Drexel Metals highlights the critical role underlayment plays in protecting and enhancing residential metal roofing systems. 

When designing a high-performance residential metal roof, contractors and architects often focus on panel profiles, coatings and structural durability. However, according to roofing experts at Drexel Metals, one of the most important contributors to long-term roof performance is what sits beneath the panels: the underlayment. This hidden component plays a critical role in protecting the roof assembly from moisture, heat transfer and environmental stress while helping the entire system perform as intended. 

For both new construction and reroofing projects, selecting the right underlayment is essential to maximizing the lifespan of a metal roofing system. Roofing technology continues to evolve, and underlayment products have improved significantly over the past several decades. While traditional roofing materials may last 15 to 30 years, modern metal roofs can remain in service for 50 to 70 years or more. Because of that longevity, contractors must choose underlayment systems that can match the durability and performance expectations of today’s metal roofing solutions. 

The following is a guide to picking the right underlayment for a project’s needs. 

What is underlayment, and where does it fit in a roofing system? 

Underlayment is a protective layer installed between the roof deck and the surface roofing material (i.e. the metal roof panels). Ultimately, it contributes to the overall health of a roof system. In addition to providing a smoother surface for the metal panels to be installed on top of, underlayment maximizes the performance capabilities a metal roof offers by doing these things: 

• Provides a secondary barrier against moisture and condensation 
• Self-seals around roofing nails, screws and roofing clips to prevent water intrusion 
• Mitigates heat transfer from structural roofing elements for increased efficiency 
• Offers sound-deadening properties to dampen noise transfer from the outside 

What kinds of underlayment are available for metal roofing systems? 

While metal roofs deliver long-term value on their own merit, underlayment still provides a must-have critical layer of protection. Contractors are encouraged to select a modern synthetic underlayment with self-sealing and high-temperature properties for a metal roof. This type of underlayment has a lifespan that is comparable to the long service life of metal roofing panels. With a self-healing underlayment, contractors have less risk of creating holes that allow moisture in. This is important for installation efforts and accommodating future roof upgrades. 

Which underlayment is the best for extreme climates? 

Underlayment with high-temperature properties can withstand temperatures of up to 250°F without degradation, ensuring structures in even the hottest locations are protected. This type of underlayment is often UV-resistant to reduce damage from direct sunlight. Further, most high-temperature underlayment resists tearing and can stretch upwards of 250%. As such, tested products like MetShield® HT are essential for homes in Arizona, New Mexico, Texas, Southern California and anywhere else that experiences high heat. 

On the opposite end of the weather spectrum are northern climates, which often experience extreme freeze-thaw cycles that cause materials to expand and contract at different rates. In these conditions, underlayment with self-healing properties can help mitigate issues from deck expansion and contraction. They also create a secondary boundary to water intrusion from ice and snow melt. 

Follow manufacturer instructions 

It’s also important to note that installing underlayment according to the manufacturer’s instructions ensures that metal panels and underlayment work together without compromising weather protection. While installation can vary slightly between systems, it is typically recommended that contractors install an underlayment horizontally across the roof deck and work from the bottom to the top, overlapping strips of underlayment to ensure full effectiveness. For all areas of installation, contractors are encouraged to install underlayment using corrosion-resistant cap nails with a minimum 1-inch diameter cap, unless the product is self-adhered. 

For more information on the benefits of underlayment and how to install a full metal roofing system to maximize its potential, reach out to your Drexel Metals Representative.

Original article and photo source: Drexel Metals

By Jenny Yu.  

Investment in robotics and data-driven systems is helping CAM and its partners improve efficiency and performance. 

In this episode of Roofing Road Trips®, Carlisle Architectural Metals (CAM) Vice President of Growth Brad Van Dam outlined how automation, robotics and artificial intelligence are reshaping both manufacturing and contracting. 

For over a decade, CAM has invested in robotics. “We started investing in robotics and automation in 2008,” Brad said, noting how the company is continuing this trajectory. “In 2025, we installed a new robotic cell in Asheville, North Carolina, and another upgrade is being installed and tested down in our Acworth, Georgia, facility to help move along some additional panel and gutter systems that we manufacture.” 

At CAM, automation isn’t about replacing workers, but elevating them. “It’s a never-ending process of figuring out how to keep getting better so we can upskill our people,” he explained. “Our total employment continues going up; how do we give people the tools to be more effective?” 

One of those tools is artificial intelligence, which Brad believes can provide immediate value, particularly in training and internal systems. “AI can certainly be a jumpstart to build training programs, offset menial tasks and review data for decision-making,” he said. Still, Brad advised thoughtful implementation. “You have to be careful of what you share externally and publicly. Dumping your financials? Not the greatest idea. But, it can be very useful to automate the process of pulling out that data.” 

At CAM, a dedicated group focuses on this type of innovation. “They do a great job of putting together challenges and focusing on what we should be aiming for. It’s cool to see,” Brad shared. “As a contractor, I would integrate automation systems as soon as possible to improve my business and bottom line.” 

Read the first article in this series or Listen to the podcast to learn more about CAM’s growth strategy and how technology is driving change across the metal roofing industry. 

By Jenny Yu.  

Drexel Metals explains why oil canning is cosmetic and how contractors can minimize its appearance. 

Metal roofing is widely recognized for its durability, longevity and architectural appeal, but like any premium building material, it comes with considerations contractors and building owners should understand. In the article “Potential Metal Roofing Issues and How to Minimize Their Impact: Oil Canning,” Drexel Metals breaks down one of the most discussed aesthetic concerns associated with metal roofing and how thoughtful planning can significantly reduce its appearance. 

Oil canning refers to subtle waviness or rippling that may appear on the flat areas of metal roof panels. It is most noticeable when sunlight reflects across the surface, particularly in the afternoon. Importantly, Drexel Metals emphasizes that oil canning is not a structural or material defect. Instead, it is a cosmetic issue that does not affect the roof’s performance or weather resistance. 

According to the article, oil canning can result from several factors throughout the manufacturing and installation process. Stresses introduced during coil production and roll forming, variations in panel width and metal gauge, irregular roof decks and over-tightened fasteners can all contribute to panel distortion. Because flat sheet metal is naturally sensitive to minor variances, oil canning should be viewed as an expected characteristic rather than a failure. 

Drexel Metals outlines multiple best practices to help minimize oil canning. Increasing panel rigidity is one of the most effective strategies. This can be achieved by selecting heavier-gauge metal, reducing panel width and incorporating ribs or striations into the panel design. Proper deck preparation is equally important, as an uneven roof deck can telegraph through finished panels and create unwanted distortions. 

Installation techniques also play a critical role. Avoiding over-tightened fasteners and allowing for proper thermal expansion and contraction helps reduce added stress on panels. In addition, choosing a low-gloss finish can significantly reduce the visual impact of any remaining waviness by minimizing glare and reflection. 

To learn more about oil canning and how to address it effectively, read the original article from Drexel Metals.

By Jenny Yu.  

At IRE, Carlisle Architectural Metals shares how metal material performance, design and resilience are shaping the future. 

At the 2026 International Roofing Expo, Heidi J. Ellsworth met with Mike Weis, vice president of sales for Carlisle Architectural Metals (CAM). CAM brings together five established metal brands under one umbrella. “CAM is comprised of five different brands. Five different metal brands,” Mike explained. “Petersen Aluminum Corporation (PAC), Drexel Metals, Metal-Era, Hickman Edge Systems and Citadel Architectural Products.” While CAM serves as the parent organization, Mike emphasized that each brand maintains its own identity. “We are still very brand focused because every one of the brands provides its own value and has its own niche and its own market focus.” 

With over 25 years working in the industry, Mike has witnessed the exponential rise of metal in the roofing industry firsthand. “The significance of it is substantial,” Mike stated. “You can talk about sustainability, performance, visual aesthetics, design solutions, ease of install, longevity of product — so many reasons why metal has become more impactful to the architectural industry.” 

One of the main factors driving the accelerated adoption of metal is the extreme weather taking place nationwide, from fires on the west coast to hurricanes on the east coast. “If you think about Florida down in the southeast, all that hurricane work, you have to design a structure that can withstand that,” Mike said. He added that rigorous testing remains critical, noting, “That’s why testing is so important. We’re always going to invest in testing and always try to make sure that we’re helping create a safe building, that we’re providing a safe solution.” 

Along with impressive durability and weather-resistant properties, with metal, you don’t have to sacrifice design and aesthetics for performance. “There’s this new digital print technology that’s out there,” Mike explained. “You can create wood grains, you can create marble-looking finishes, you can produce a weathering aspect. Architects are really driving this. They like to make sure they're maintaining the original design intent of some of these buildings. You can do so many things with metal.” 

As contractors move beyond traditional roofing into full building envelope solutions, Mike emphasized that metal is here to stay. “Metal is going to continue to grow,” Mike said. “Carlisle is investing in the right way, and we’re proud to be a part of it.” 

Watch the interview to learn more about how CAM is helping lead the industry into the realm of metal.

By Jenny Yu.  

Accelerate your business success at this year’s four-day event. 

The 2026 Carolinas Mid-Winter Roofing Expo returns to the Durham Convention Center in Durham, North Carolina, from February 16-19, 2026, bringing one of the Southeast’s largest regional roofing trade shows to contractors, manufacturers, suppliers and industry professionals. Hosted by the Carolinas Roofing & Sheet Metal Contractors Association (CRSMCA), the multi-day event features nearly 100 exhibiting companies showcasing the latest roofing technology, safety tools, equipment and industry services. 

Attendees can expect an energized atmosphere where networking and product innovation drive the conversation. On Wednesday, February 18, keynote speaker Mike Metcalf, Jr., of D.E.C.K. Leadership will take the wheel. A NASCAR pit-crew coach, Mike will present “12 Second Culture,” a presentation that will inspire leaders to run their crews like a cockpit, prioritizing efficiency, teamwork and kindness. 

Wednesday is also Trade Show Day, where exhibitors will offer exciting hands-on demonstrations of the latest technological trends. One demonstration to pencil into your calendar is “Mastering TPO Hand Welding” with Johns Manville at 1:45 p.m. Pull up to booth #311 to learn the best practices of hand welding TPO membranes from their team of technical experts! 

Alongside the bustling exhibition floor, CRSMCA’s expo includes educational opportunities designed for professionals at every level. Thursday, February 19, is Education Day when the learning switches to full gear. Curated sessions will deliver actionable takeaways that help businesses sharpen operations and stay ahead of evolving market demands. Here are the three educational sessions you can’t miss:  

Session 1: How to build a profitable business that you can sell or take to the bank  

• Presenter: Matt Thompson, Splash Omnimedia 
• When: Thursday, 2/19, 9:00 – 10:00 a.m. 

Session 2: PVC - The other white sheet 

• Presenter: Mary Beth Reed, GAF 
• When: Thursday, 2/19, 10:00 – 11:00 a.m. 

Session 3: Modern roofing technologies 

• Presenter: Hannah Safren, Polyglass 
• When: Thursday, 2/19, 11:00 a.m. - 12:00 p.m. 

Registration fees cover access to all education sessions, networking receptions, trade show entry and more! Sponsorship packages are still available, providing a variety of booth, advertising and branding opportunities. Sponsors include BITEC, Inc.® and KARNAK (Team Goodwill) and Petersen Aluminum Corporation (PAC), a Carlisle Architectural Metals company (Team Diamond). 

Register and learn more about the 2026 Carolinas Mid-Winter Roofing Expo!

By Drexel Metals.  

PRG Roofing blends decades of experience with Drexel Metals’ high-performance metal systems. 

Drexel Metals is proud to provide metal roofing solutions for companies like PRG Roofing & Construction, a company that serves the Southwest Florida region. Founded in 2018 by industry veteran Randy Garand, the company prides itself on providing quality service the first time around.  

“My father, a roofing installer himself, drilled into me the importance of doing things properly the first time,” Randy shared. “Not just for speed, but for long-term durability and pride in your work.” That mindset continues to guide PRG Roofing & Construction today under the leadership of Randy and general manager Rob Sineni.  

PRG Roofing has earned a reputation for its attentive leadership and dedication to delivering performance-driven roofing systems. “For us, it’s about the people, about standing behind your work and being the roofer we’d hire for our own home,” Randy expressed.  

Drexel Metals’ roofing stands strong through Florida storms 

A seasoned roofer with more than four decades of experience, Garand knows that few regions test a roof like Southwest Florida. Between high-speed winds, tropical storms, extreme heat and humidity, roofs must withstand some of the harshest conditions in the country. That’s why Garand has relied on standing seam metal roofs from Drexel Metals since 2008, long before he founded PRG Roofing. 

“We’ve had a lot of storms, and we haven’t had a single roof failure yet,” Randy noted. “Even through Hurricane Ian, which is the costliest hurricane in Florida’s history, every one of our Drexel Metals roofs stayed in place.”   

In particular, he recalled one project from 2018 that has now successfully weathered three major hurricanes without a single issue. “While traditional roofs around them were shredded, theirs looked like the day we put it on,” Randy shared. “That homeowner became our biggest advocate in the community, and we ended up doing many more roof installations in the neighborhood.”  

The engineering behind metal roofing confidence 

The performance behind Drexel Metals’ standing seam metal roofing isn’t by chance; it’s engineering. Designed for challenging environments, a standing seam metal roof can provide wind resistance of up to 120 miles per hour. Select systems are certified to wind resistance testing standards such as: UL 580 Wind Uplift, TAS 125 Wind Uplift, UL 1897 Extended Phase Wind Uplift, ASTM E1592 Uniform Static Pressure Uplift and ASTM E1680 Air Infiltration. They are also certified to the highest impact resistance class, according to UL 2218 impact rating standards. This helps mitigate the risk of damage from wind-borne debris that flies during storms.   

Tested to multiple standards, roofing systems made from a high-quality metal substrate can also endure fire and rain events. With this level of performance, standing seam metal roofs by Drexel Metals can last roughly two to three times longer than other roofing systems, reducing replacement costs and improving safety. This long-term durability has led to Florida homeowners wanting more metal roofs over their heads. “When people saw their asphalt shingle roofs shredded during storms and the metal roofs still intact, it was a no-brainer,” Randy shared. “They wanted what survived.”  

Business growth through partnership and education 

PRG Roofing’s steady growth is rooted in quality craftsmanship and integrity. Randy and Sineni also attribute part of their success to their longstanding partnership with Drexel Metals.  

“We carry samples from different manufacturers to our sales visits,” Rob explained. “When customers hold a directional panel that we install with clips next to a thinner 26-gauge nail-strip panels, the difference is clear. We then ask them, ‘Which one would you rather have protecting your home?’ They always understand once they feel it.”   

Garand and Sineni also value the direct relationship they have with Drexel Metals. “Being able to buy directly from a trusted manufacturer gives us control over the coils and flat sheets that go on our projects. That’s how we maintain quality,” Rob said.   

In a market where roofing can easily become a commodity, PRG Roofing also values Drexel Metals’ consistency and accountability. “When you buy through a supplier, you don’t always know where the product comes from or how it’s made,” Randy explained. “With Drexel Metals, we know the origin, the process and the people behind it. Working with them also gives us more peace of mind on warranties.”  

That trust has proven its worth in Florida’s demanding climate. “Fortunately, we’ve had no warranty claims or issues ever,” Randy shared. “Our roofs’ proven performance through major storms has put us in the spotlight and promoting Drexel Metals’ standing seam metal roofs has almost tripled our business.”  

Raising the bar for roofing excellence 

With every Drexel Metals roof installed, PRG Roofing strengthens its reputation for excellence and resilience. Their track record through Florida’s harshest storms speaks for itself. It is proof that when craftsmanship meets engineered performance, the result is roofing that truly lasts.  

Original article and photo source: Drexel Metals

By Jenny Yu.  

From wind uplift to water intrusion, choosing the right edge metal is critical for roof performance and structural integrity. 

Edge metal may only account for a small portion of a roof’s total surface area, but its role in protecting the structure from wind uplift and water intrusion is significant. As Jason Hildenbrand of Hickman Edge Systems and Carlisle Architectural Metals (CAM) explains in this Read Listen Watch® (RLW) episode, edge metal helps anchor the membrane, reinforce the roof structure and distribute wind forces more evenly. 

“It's really about how wind reacts on a building,” Jason shared. “As wind approaches the building, it's going up, down, around the sides.” This dynamic creates extreme pressure at the most vulnerable points: the roof perimeter and corners. 

“Minor differences in wind speed can have a significant result on the force that's exerted on the roof,” he continued. “That wind uplift pressure increases exponentially with the wind speed. So, at two times the wind speed, the pressure is actually four times what it was previously. At three times, it's nine. At four times, it's 16.” These rapidly increasing forces are why well-designed edge metal systems are critical at perimeter zones, where the risk is highest. 

What happens when edge metal fails?  

While edge metal is designed to protect the roof, it can also become a primary point of failure if not properly installed or maintained. “In most cases, when we see a roof failure from a storm or wind event, it starts at the edge, from improperly designed or installed edge metal,” Jason shared. “When that edge fails, the rest of the roofing components really can't withstand those loads.” 

This can result in a domino effect that leads to membrane detachment, water infiltration, and costly structural damage. Jason referenced a case study from an insurance company, AIG, that highlighted a roof failure incident caused not by a direct hurricane hit, but by winds from the outer bands of storm winds. 

“There were about 7,000 square feet of roof covering loss. The roofing cost alone was about $70,000. There was also a $1.7 million content claim and a $1.7 million business interruption claim. We're talking about $4 million in loss,” Jason said. “And what they reported back was that proper flashing securement would've likely resulted in no loss.” 

Jason added, “When you look at it, a roof is generally 10% of the building cost. The perimeter edge is 1% of that. So, 1% to have a tested code-compliant, warranted system to avoid a $4 million potential liability is really cheap insurance, right?” 

How to ensure your edge metal performs as designed 

The best way to avoid edge-related failures is to install tested, code-compliant systems. 

“I would prefer that they went with a pre-engineered option,” Jason advised. But regardless of the system chosen, testing and compliance are of the utmost importance. “There are the testing options for making sure that the edge system is compliant and can meet those pressures.” 

He recommends checking for testing through agencies like UL, Intertek or NRCA. Some membrane manufacturers also certify contractors to fabricate tested systems. 

Read the transcript, Listen to the podcast or Watch the webinar to learn more about edge metal system best practices.

By Drexel Metals.  

Standing seam metal roofs are reliable solutions for homeowners seeking proven protection in serious weather conditions. 

Across the United States, many homeowners are reaching a critical point as their roofs begin to show signs of age and wear. Data from the National Association of Home Builders (NAHB) notes that most homes on the Gulf Coast, for example, were built between 25 to 30 years ago, putting a large share of roofs well within the window for replacement. For roofing contractors, this data signals growing demand for re-roofing services, especially as property owners look to more durable solutions that can withstand heat, storms and other weather-related events. We recommend contractors educate homeowners on the options available to them.  

Why asphalt shingles fall short 

A report published in the Insurance Journal states that approximately 72% of existing homes in the Gulf Coast have asphalt shingle roofs. While once dubbed the go-to roofing material, namely for its affordability and widespread availability, asphalt shingles are now largely considered a costlier and less reliable option for homeowners.   

Case in point: Insurance companies have grown increasingly wary of asphalt shingle roofs due to their weatherability and performance. As Florida Insurance Commissioner Michael Yaworsky flagged, asphalt shingles often fail to meet their advertised 30-year lifespan, especially in a climate defined by high heat, humidity and frequent hurricane-level winds.  

The Federal Emergency Management Agency’s (FEMA) post-storm analysis backs this up. After Hurricane Ian, the agency found that 90% of asphalt shingle roofs older than seven years showed visible damage, compared to just 21% of metal panel roofs. That stark contrast highlights that asphalt shingles just can’t keep up with serious weather events.  

Further, in states like Florida, asphalt shingle roofs are only insurable for about 10 to 12 years (less than half their marketed lifespan). Even when coverage is available, homeowners are often left footing the bill for frequent replacements or expensive repairs every decade. So, what looks like an “affordable” roof upfront quickly becomes a recurring expense.  

And that’s before factoring in the fine print. Most asphalt shingles warranties are prorated, meaning coverage decreases as the roof ages. To make matters worse, many warranties include “Act of God” exclusions that deny protection against wind or fire damage, which are exactly the types of events homeowners in this region face most often.  

These insurance challenges give roofing contractors the opportunity to offer homeowners a roofing solution that is a smarter long-term investment: a standing seam metal roof.   

Standing seam metal roofs offer tested performance 

Standing seam metal roofs are engineered for performance, providing reliable protection against the region’s toughest weather conditions. Select systems are designed to withstand wind speeds up to 120 mph and are certified to wind resistance testing standards, including UL 580 Wind Uplift, TAS 125 Wind Uplift, UL 1897 Extended Phase Wind Uplift, ASTM E1592 Uniform Static Pressure Uplift and ASTM E1680 Air Infiltration. Additionally, metal roofing provides reliable wet-weather performance and is certified to ASTM E1646 Water Infiltration standards and can achieve the TAS 100 Wind-Driven Rain designation. Further, metal roof systems rank highest with a class four rating when certified to UL 2218, which tests their impact resistance and ensures maximum protection from wind-borne debris during hurricanes and severe storms.  

For homeowners, this level of reliability translates into extended insurance coverage, often ranging between 25 to 30 years, with reduced premiums. Metal roofs also help eliminate the cycle of more frequent roof replacements, offering significant home ownership savings. Additionally, leading manufacturers like Drexel Metals stand behind their products’ longevity and performance. Their standing seam metal roofs are backed by a 25-year non-prorated warranty, meaning the coverage stays consistent over time. There are no hidden exclusions or “Act of God” clauses, just straightforward protection that reflects the proven durability of the product itself.  

Ultimately, a standing seam metal roof overhead is a smarter long-term investment for homeowners.   

Before your next re-roofing project, reach out to your nearest Drexel Metals Rep to learn more about installing standing seam metal roofing systems.   

Original article source: Drexel Metals

By Jenny Yu. 

Learn about the importance of wood nailers for a long-lasting roofing system. 

In an episode of the Roofing Road Trips® podcast, host Karen Edwards met with Eric Younkin, leader of the product and engineered services team for Carlisle Architectural Metals (CAM), to discuss everything wood nailers: their purpose, material alternatives and sustainability for an enduring roof. 

Wood nailers are blocks of wood placed along a wall, roof deck and roof edge in order to provide structural support, insulation and a stable surface for connecting other materials like membranes or coping. Precisely installed nailers are especially critical in severe weather conditions.  

“When you look at roof failures that are caused or associated with wind, it is estimated that 60 plus percent of those failures are attributed to perimeter edge metal,” Eric shared. “You could have the best edge metal system, but if that nailer is compromised or if it's not done right, you could have a problem.” 

Winds are among one of the greatest threats roofs face across the country, making it all the more imperative for property owners and contractors to closely monitor what’s going on beneath the roof’s surface and ensure all parts are well-maintained. 

Karen and Eric also discussed the differences between the types of materials nailers can be made of, including metal alternatives. Eric said, “You ask an old-timer like me, wood is not the same as it was before. So I think having these [metal] alternatives that give sustainability options for the longevity of the building is just a part of the evolution of the industry.” 

According to Eric, sustainability includes protecting a roof from failure and making roofs last years beyond their life expectancy. That’s why he is passionate about educating others about what may go overlooked.  

“We realized that there's a gap here,” Eric stated. “We might talk about the chemistry behind a roofing product or what it might be with something else, but we realized that there's a gap and a need for education to our design community on these wood nailers, how they're done and then also the alternative solutions.” 

Read the transcript or Listen to the full episode to learn more about wood nailers, alternative materials and how they lay the foundation for sustainable roofs.

Lee Ann Slattery will be first female chair.

The Metal Construction Association (MCA) is pleased to announce its new officers for 2026. Elected by MCA members, the board will be led by Lee Ann Slattery of ATAS International, the organization’s first female chair.

Slattery joins executive committee members:

• Vice chair: Bill Hartford, Sherwin-Williams
• Treasurer: David Stermer, Metal Sales
• Secretary: Chandler Barden, CIDAN Machinery
• Past chair: Brian Partyka, Carlisle Companies Inc
• Market development chair: Jules Dekovics, OMG
• MRA president: Todd Miller, Isaiah Industries, Inc.

Slattery joined the MCA board in 2020 and quickly became an officer, serving as chair of the market development committee. In 2023, she received MCA’s Patrick R. Bush Service Award. She serves on the education committee for the National Women in Roofing and is also a founder and a director of the Let’s Build Construction Camp for Girls. In 2020, she was inducted as a Fellow of the Construction Specifications Institute, where she served on its national board for four years. 

“I am excited about the upcoming growth and innovation for MCA and I believe we will reach new milestones with such a talented team of industry leaders on the board and staff,” said Slattery.

Slattery will succeed Chandler Barden, who most recently served as chair. Barden will continue serving as the association's secretary. The organization extends special thanks to him for his ongoing dedication to the industry.

The executive committee works alongside MCA directors, which include:

• RC Antal, ATAS International 
• Michael Beck, Accurate Perforating
• Mark Carlisle, US Steel
• Dustin Haddock, S-5!
• Jessica Haddock, S-5!
• DJ Highnote, RoofHugger
• Jeff Hock, Sheffield Metals
• Sean McCue, Precoat Metals
• Ken McLauchlan, Carlisle Building Products
• Karan Patel, Applied Fabricators
• John Trifonoff, East Coast Metals 
• Jodi Wagoner, Steel Dynamics
• Mike Weis, Petersen Aluminum Corp.

The board members are elected by the MCA members from the slate recommended by the nominating committee, with each serving a three-year term.

About the Metal Construction Association

Founded in 1983, MCA represents over 100 member companies that manufacture and distribute products for the metal construction industry. The association’s mission is to promote the use of metal in the building envelope. Member volunteers collaborate on projects to educate contractors and architects about best practices for metal design and installation, while also ensuring compliance with evolving building codes and standards that support safety, sustainability and performance. Companies involved in MCA benefit greatly from activities focused on research, codes and standards, market development and technical programs. For more information, visit metalconstruction.org.