By Heidi J. Ellsworth.

Get the samples you need to understand the power of Burn-Shield Technology. 

As wildfire risks continue to influence building codes and construction practices across North America, roofing professionals are being asked to consider more than waterproofing and weather protection when designing low-slope roofing systems. Fire resistance has become an increasingly important factor, especially in regions vulnerable to wind-driven embers and wildfire exposure. 

To help address these challenges, Polyglass U.S.A. has expanded its Burn-Shield® Technology into select SBS and APP membrane systems designed for low-slope roofing applications. The patented technology is engineered to help protect roofing systems from ignition caused by wind-blown embers and burning debris while maintaining the waterproofing performance contractors and building owners expect from commercial roofing assemblies. 

The growing focus on fire-resistant construction is changing the way contractors evaluate roofing materials. Building owners are increasingly looking for solutions that can help meet evolving code requirements while providing long-term durability and performance. Polyglass developed Burn-Shield Technology to meet those needs, integrating a proprietary fire-resistive layer directly into its roofing membrane systems. According to the company, this specialized layer is designed to help block ignition from embers, providing an additional level of protection without compromising the system's overall roofing performance. 

Polyglass offers Burn-Shield Technology in both SBS and APP membrane systems, giving contractors options based on project requirements. The SBS membranes provide flexibility and durability suited for demanding environments and multi-layer low-slope assemblies. APP membranes, meanwhile, feature strong reinforcement for long-term performance and enhanced resistance to fire exposure, making them suitable for a wide range of commercial roofing applications. 

As wildfire awareness grows across the roofing industry, manufacturers continue to innovate products that address emerging risks while supporting building resilience. Technologies such as Burn-Shield provide contractors with an opportunity to discuss fire protection strategies with building owners and demonstrate how roofing systems can contribute to overall building safety. These conversations are becoming increasingly valuable as communities, insurers and code officials place greater emphasis on wildfire preparedness and mitigation. 

To help roofing professionals evaluate the technology firsthand, Polyglass is currently offering free samples, brochures and product information on its Burn-Shield low-slope roofing systems. Contractors, consultants and building owners interested in learning more can request samples directly from Polyglass and explore how fire-resistant roofing technologies may fit into future project specifications. Contractors can request samples here.

This technology helps provide reliable protection around fasteners and penetrations while supporting long-term weather durability throughout the life of the roof system.

Polyglass U.S.A., Inc., a leading manufacturer of roofing, waterproofing and building envelope solutions, is expanding its steep-slope roofing portfolio with the introduction of Tri‑Strata™ Technology and two new modified bitumen hybrid roof underlayments: Polyanchor® HU and Polyanchor® HU PLUS.

Designed for mechanically attached tile roofing applications, Tri‑Strata Technology is a three-layer construction that combines high-strength nonwoven fabric facers with a modified bitumen core to deliver durability, sealability and performance under real jobsite conditions. Developed to address common installation challenges, the technology helps provide reliable protection around fasteners and penetrations while supporting long-term weather durability throughout the life of the roof system.

Featuring a modified bitumen core comprising more than 80% of the product composition, Polyanchor® HU and Polyanchor® HU PLUS are engineered to enhance protection around fasteners and penetrations while delivering tear resistance, puncture resistance and long-term weather durability. 

The new Tri-Strata Technology product family includes:

• Polyanchor® HU: Designed for new construction applications, Polyanchor HU provides dependable deck protection, enhanced walkability and installation efficiency for mechanically attached tile roofing systems.
• Polyanchor® HU PLUS: Designed for reroofing and more demanding project conditions, Polyanchor HU PLUS delivers enhanced durability and added confidence where increased jobsite traffic, deck variability and material staging place greater demands on the underlayment.

At the core of both products is Tri‑Strata Technology’s layered construction:

• Nonwoven fabric surface engineered for traction and jobsite durability
• Modified bitumen core designed to enhance nail sealability around fasteners
• Nonwoven fabric base engineered to provide strength and stability across the roof deck

Together, these layers work to support durability, sealability and jobsite performance from installation through final roof system completion.

Polyanchor® HU and Polyanchor® HU PLUS are now available through Polyglass distribution channels. Contractors, distributors and building professionals can access technical resources, product information and supporting sales materials through their local Polyglass representative or at polyglass.us.

For more information, visit polyglass.us or contact your local Polyglass Sales Representative.

By The Coffee Shops™. 

Eagle Anchor XFR helps builders and contractors address evolving fire requirements without sacrificing installation efficiency. 

Wildfire exposure, stricter building codes and growing demand for resilient roofing assemblies are reshaping how contractors approach tile roof installations. To help address those challenges, Eagle Roofing Products developed Eagle Anchor XFR, a roofing underlayment that combines waterproofing and fire resistance in a single-layer system. Designed for concrete and clay tile applications, the product helps simplify installation while supporting compliance with demanding fire-performance requirements. 

Eagle Anchor XFR is a mechanically fastened underlayment developed by Eagle Roofing Products in partnership with Polyglass®. Engineered for use beneath concrete and clay tiles, it eliminates the need for traditional multi-layer assemblies by delivering both water protection and fire resistance in one layer. This simplifies installation while reducing labor, material usage and overall system weight.  

At the core of the product is a dual-compound construction: a durable plastomeric modified bitumen top layer paired with a self-sealing SBS-modified bottom layer. This design allows the membrane to tightly seal around fasteners, helping prevent water intrusion while maintaining long-term durability.  

What truly sets Eagle Anchor XFR apart is its patented Burn Shield Technology®, which provides advanced resistance to wind-driven embers — one of the leading causes of roof ignition during wildfires. Combined with a fiberglass reinforcement layer, the system achieves a Class A fire rating and meets strict requirements for Wildland Urban Interface (WUI) zones, including CalFire compliance.  

Beyond fire performance, the underlayment is built for real-world jobsite conditions. Its mineral-surfaced top layer improves slip resistance for safer installation, while its robust construction allows for up to 180 days of UV exposure before tile installation — offering flexibility in project scheduling.  

Eagle Anchor XFR also delivers clear economic advantages. By replacing the need for separate underlayment and cap sheet systems, it reduces installation steps and material costs without sacrificing performance. The result is a more efficient, cost-effective roofing system that still meets the highest standards for protection.  

In summary, Eagle Anchor XFR represents a smarter approach to tile roofing underlayment — combining fire resistance, water protection and installation efficiency into one integrated solution. For contractors and builders working in high-risk or code-driven environments, it offers a reliable way to simplify systems while enhancing overall roof performance. 

Learn more about Eagle Anchor XFR and Eagle Roofing Products’ complete line of roofing solutions! 

By The Coffee Shops™. 

Polyglass highlights how proper slope, membrane installation and maintenance can help support effective water management. 

In the article "Optimizing Drainage: Solutions for Ponding Water on Flat Roofs," Polyglass examines one of the most persistent challenges facing low-slope roofing systems: standing water that remains on a roof surface long after the storm. While often associated with aging roofs, ponding water is frequently the result of design, drainage or installation issues that begin long before a roof reaches the end of its service life. 

The article explains that ponding occurs when water remains on a roof for 48 to 72 hours or longer because it cannot properly drain. Over time, standing water can accelerate deterioration of roofing materials, contribute to membrane degradation and increase the likelihood of leaks. It can also trap debris, promote algae growth and add significant weight to the roof structure. 

According to Polyglass, one of the most common causes of ponding is an inadequate roof slope. Although low-slope roofs appear flat, they require sufficient pitch to direct water toward drains, scuppers or gutters. Tapered insulation systems are often used to create positive drainage, but improper design or installation can leave areas where water collects. 

The article also highlights several additional factors that contribute to standing water, including insufficient drainage points, structural deflection and the absence of crickets behind rooftop equipment or penetrations. These conditions can create low spots where water becomes trapped, increasing stress on both the roof assembly and building structure. 

To help address drainage challenges, Polyglass points to solutions such as tapered insulation systems and PolySlope^TM, a fiber-reinforced skim mortar designed to create positive slope in localized ponding areas without requiring extensive structural modifications. The company also emphasizes the importance of proper membrane installation, noting that fully adhered systems can help reduce vulnerabilities at seams where moisture intrusion often begins. 

Read the full article to learn more about the causes of ponding water and strategies for improving long-term roof performance.

By Polyglass. 

Long-term durability depends on how roofing components perform together under changing weather conditions. 

Roofing systems in mixed-weather markets present a unique set of challenges that demand careful planning and execution. Fluctuating temperatures, moisture exposure and seasonal variability can place ongoing stress on roof assemblies, often in subtle but cumulative ways. Successfully navigating these conditions requires contractors to look beyond individual materials and instead focus on how the full roofing system performs over time. 

With decades of experience in product development and field performance, Polyglass emphasizes that long-term durability is driven by system integration, not standalone components. From membranes and insulation to edge details and maintenance strategies, each element must work together to withstand changing conditions. Contractors who adopt this system-first mindset are better equipped to minimize risk, reduce callbacks and deliver reliable performance in environments where weather patterns are anything but predictable. 

Modified bitumen: The backbone of durable low-slope roofing systems 

Across thousands of low-slope installations and long-term performance evaluations, modified bitumen has consistently demonstrated why it remains a foundational system in mixed-weather markets. 

Its layered construction provides built-in redundancy, helping systems tolerate temperature movement and real-world jobsite variables. In recovery scenarios or buildings with inconsistent substrates, modified bitumen continues to offer the flexibility and durability that contractors trust. 

In markets where modified bitumen has been relied on for decades, experience has shown that system continuity matters more than isolated components. That system-level mindset — how materials interact, overlap and perform together — continues to set the baseline for durable roof assemblies. 

Roof-edge and vulnerable-point protection: Where failures often begin 

While the field of the roof receives much of the attention, many leaks and callbacks tend to show up first at edges, transitions, penetrations and terminations — areas that experience the highest stress during weather events. 

In mixed-weather regions, freeze–thaw cycles don’t have to be extreme to create problems. Repeated temperature swings combined with wind-driven rain can force water into vulnerable areas, particularly when protection is minimal or lacks flexibility. 

System experience has shown that effective protection requires materials that maintain adhesion, seal tightly around fasteners and transitions and remain flexible during temperature swings and jobsite exposure. Self-adhered underlayments play a critical role in modern roof assemblies — not as standalone solutions, but as targeted protection informed by decades of system performance insight. 

Lifecycle decisions: Repair, replace or extend? 

As roofs age, contractors are often asked to balance short-term fixes against long-term performance. This is where system experience becomes especially valuable. 

Roof coatings, for example, can be an effective tool when used responsibly as part of a broader maintenance or life-extension strategy. When the underlying system is sound and details are properly addressed, coatings can help defer replacement and improve performance. 

However, experience has also shown that coatings are not a substitute for correcting underlying system issues. Understanding when a roof can have its serviceable life extended — and when replacement is unavoidable — protects both contractor credibility and owner expectations. 

Why system thinking matters 

In mixed-weather environments, roof performance is cumulative. Durable systems are built by aligning proven primary assemblies, targeted protection at vulnerable points and responsible lifecycle planning. 

Decades of roofing system experience continue to reinforce a simple truth: products don’t perform in isolation — systems do. Contractors who approach roofing decisions with that mindset are better positioned to reduce callbacks, manage risk and deliver long-term value. 

Partner with Polyglass for proven roofing system support 

Need help evaluating a roof system or edge-protection strategy? Polyglass technical and product experts are available to support system design, recovery decisions and product selection. 

Connect with your local Polyglass representative or visit polyglass.us to learn more about roofing systems designed for real-world performance. 

Original article and photos source: Polyglass

The introduction of Mapeplan PVC reflects a focus on delivering complete, performance-driven systems that help simplify decision-making while maintaining high standards of quality and reliability.

Polyglass U.S.A., Inc., a leading manufacturer of roofing, waterproofing and building envelope solutions, is pleased to announce its expansion into the single-ply roofing market with the introduction of Mapeplan® PVC systems. Building on its roofing expertise and backed by the global strength of the MAPEI Group and Polyglass SpA, this strategic launch brings a complete, high-performance PVC roofing solution to the U.S., designed to simplify system selection, specification and installation across commercial applications.

Expanding into the single-ply roofing category

With the introduction of Mapeplan PVC, Polyglass enters the thermoplastic roofing category with a fully integrated system designed to support a wide range of low-slope commercial applications. This expansion complements the company’s existing portfolio of modified bitumen and building envelope solutions, enabling Polyglass to deliver broader system options tailored to evolving project demands.

A complete roofing system, designed for simplicity

Mapeplan PVC is engineered as a complete single-ply PVC roofing system that integrates high-performance membranes with compatible bonding adhesives, prefabricated accessories and insulation components such as Polytherm® polyiso insulation. This coordinated approach ensures system compatibility across the roof assembly while supporting efficient specification, streamlined installation and long-term performance.

By delivering full system solutions through a single manufacturer, Polyglass simplifies the process of selecting and specifying roofing assemblies, helping contractors and specifiers navigate complex projects with greater confidence and consistency.

Proven global performance, delivered to the U.S. market

Mapeplan PVC brings a legacy of proven performance to the U.S., backed by more than 17 years of field application and over 9 million square feet installed globally. Developed with the expertise of the MAPEI Group, the system reflects decades of innovation and technical advancement in roofing and building materials.

Delivering proven performance from the deck up, Mapeplan PVC integrates advanced membrane technology with fully compatible system components to support long-term durability across demanding environments.

Engineered for demanding applications

Designed for modern commercial roofing applications, Mapeplan PVC systems provide high-performance protection across a wide range of conditions. Membranes are inherently fire resistant and self-extinguishing, with hot-air welded seams creating a watertight bond that helps minimize leak potential.

The system also delivers strong resistance to chemicals, grease and industrial contaminants, making it well-suited for environments such as restaurants, manufacturing facilities and other high-demand applications. Additional benefits include UV resistance, energy efficiency through reflective surfaces and flexibility for installation in varying conditions.

Mapeplan PVC systems are supported by versatile installation options, including adhered and mechanically attached assemblies, both in-seam fastening and induction-welded methods, allowing contractors to adapt system design to project requirements and jobsite conditions.

Hybrid system configurations further expand application flexibility by combining the redundancy and durability of Polyglass modified bitumen assemblies with the performance benefits of Mapeplan PVC, delivering a balanced best-of-both-worlds approach for demanding projects.

Supporting smarter system selection

Polyglass continues to invest in expanding its roofing portfolio to meet evolving industry needs. The introduction of Mapeplan PVC reflects a focus on delivering complete, performance-driven systems that help simplify decision-making while maintaining high standards of quality and reliability.

To explore Polyglass single-ply PVC roofing systems and learn more about the complete Mapeplan PVC offering, visit polyglass.us/product-type/single-ply-pvc-membranes.

About Polyglass U.S.A., Inc.

Polyglass U.S.A., Inc. is a leading manufacturer of roofing, waterproofing and building envelope solutions serving the North American market since 1992. Known for its innovative self-adhered modified bitumen roofing systems featuring patented ADESO® Technology, Polyglass offers a comprehensive portfolio of systems for roofing and building envelope applications across the structure, from below-grade through the building exterior to the roof. Headquartered in Deerfield Beach, Florida, the ISO 9001:2015-certified company operates six state-of-the-art manufacturing facilities and continues to expand its production capabilities. As part of the MAPEI Group, Polyglass leverages more than 130 years of combined industry expertise. For more information, call 800.222.9782 or visit polyglass.us.

The program was designed to promote best-in-class construction practices that go above and beyond local code requirements to better protect communities all over the country.

Polyglass U.S.A., Inc., a leading manufacturer of roofing, waterproofing and building envelope solutions, is proud to announce the addition of seven new products qualified for use in FORTIFIED Roof™ applications.

The Insurance Institute for Business & Home Safety (IBHS) FORTIFIED Roof™ standard is a national benchmark for storm-ready construction, designed to help buildings better withstand severe weather including high winds, hail and heavy rain. The program was designed to promote best-in-class construction practices that go above and beyond local code requirements to better protect communities all over the country.

To achieve the qualification for use in FORTIFIED Roof systems distinction, the products had to pass rigorous testing and rating requirements.

Joining the growing list of Poyglass’ FORTIFIED Roof-compatible underlayments, membranes, adhesives and primers are:

• Low-slope membranes: Elastoflex SA P, Elastobase V 
• Adhesive: PG 350
• Primers: PG 100, WB-3000
• Self-adhered steep-slope underlayment: Polystick® PX HT
• Fire rated option: Elastoflex SA P FR

Contractors, municipalities, developers and homeowners now have more ways to achieve FORTIFIED Roof Designations to enhance resilience, longevity, durability, high-wind resistance and moisture protection in their roofing systems.

Polyglass products for FORTIFIED Roof systems offer a number of key benefits including:

• Certified performance with roofing solutions qualified for use in FORTIFIED Roof applications
• Resilience-focused value that helps differentiate projects and protect against extreme weather
• Long-term durability designed to outperform standard assemblies in high-risk environments
• Enhanced credibility through alignment with nationally recognized building science standards
• Potential cost savings and increased property value from stronger, certified roof systems
• Resources and support to help communicate the advantages of resilient construction and certified roofing

As a roofing industry leader, Polyglass is committed to continue developing high-quality products that conform with top standards and programs like FORTIFIED Roof.

For more information, see Polyglass’ updated FORTIFIED Roof product page.

To learn more about other innovative roofing and waterproofing products, contact Polyglass.

About Polyglass U.S.A., Inc.

Polyglass U.S.A., Inc. is a leading manufacturer of roofing, waterproofing, and building envelope solutions serving the North American market since 1992. Known for its innovative self-adhered modified bitumen roofing systems featuring patented ADESO® Technology, Polyglass offers a comprehensive portfolio of systems for roofing and building envelope applications across the structure, from below-grade through the building exterior to the roof. Headquartered in Deerfield Beach, Florida, the ISO 9001:2015-certified company operates six state-of-the-art manufacturing facilities and continues to expand its production capabilities. As part of the MAPEI Group, Polyglass leverages more than 130 years of combined industry expertise. For more information, call 800.222.9782 or visit polyglass.us.

Connors will support PIMA’s mission to advance the use of polyiso insulation in high-performance building applications through industry collaboration, education and advocacy.

Polyglass U.S.A., Inc., a leading manufacturer of roofing, waterproofing and building envelope solutions, is pleased to announce that Lynn Connors, director of strategic marketing, has been appointed to the Board of Directors of the Polyisocyanurate Insulation Manufacturers Association (PIMA).

Connors will support PIMA’s mission to advance the use of polyiso insulation in high-performance building applications through industry collaboration, education and advocacy.

“I’m honored to join the PIMA Board of Directors and contribute to advancing the role of polyiso insulation in high-performing building envelope systems,” said Connors. “I look forward to collaborating with industry peers to support innovation, education and broader adoption across the market.”

Connors brings more than 17 years of experience in the building materials industry to her role on the PIMA Board. In her current position at Polyglass, she leads strategic marketing initiatives and has a deep understanding of market trends, customer needs and product development across roofing, waterproofing and building envelope systems.

Polyglass’ recent approval as a Regular Member of PIMA further strengthens the company’s commitment to advancing polyiso insulation solutions. In support of growing demand, Polyglass has also expanded its polyiso insulation production capacity, adding a sixth manufacturing facility to its North American footprint, reinforcing the company’s ability to deliver high-performance systems for commercial and residential applications as part of its broader Seal the Envelope™ approach.

Contact Polyglass to learn more about their innovative roofing, waterproofing and building envelope solutions.

About Polyglass U.S.A., Inc.

Polyglass U.S.A., Inc. is a leading manufacturer of roofing, waterproofig and building envelope solutions serving the North American market since 1992. Known for its innovative self-adhered modified bitumen roofing systems featuring patented ADESO® Technology, Polyglass offers a comprehensive portfolio of systems for roofing and building envelope applications across the structure, from below-grade through the building exterior to the roof. Headquartered in Deerfield Beach, Florida, the ISO 9001:2015-certified company operates six state-of-the-art manufacturing facilities and continues to expand its production capabilities. As part of the MAPEI Group, Polyglass leverages more than 130 years of combined industry expertise. For more information, call 800.222.9782 or visit polyglass.us.

Leading manufacturer of roofing and waterproofing systems becomes a member of North American polyiso insulation trade association.

The Polyisocyanurate Insulation Manufacturers Association (PIMA), the trade association representing North American manufacturers of polyiso insulation, is pleased to announce the approval of Polyglass U.S.A., Inc., as a regular manufacturer member. Polyglass is a premier manufacturer of high-performance roofing and waterproofing solutions, including polyiso roof insulation panels. As the association’s newest regular manufacturing member, Polyglass’ partnership will enhance PIMA’s already strong reputation as the leading voice and advocate for the use of polyiso in the construction of more energy-efficient buildings.

"Joining PIMA reflects Polyglass’ commitment to advancing high-performance building envelope solutions through collaboration and shared expertise,” Natalino Zanchetta, president & CEO of Polyglass U.S.A., Inc., said. “We look forward to working alongside industry leaders to support innovation, education and the broader adoption of polyiso as a critical component of durable, energy-efficient systems."

Polyglass is an industry-leading manufacturer of roofing, waterproofing and building envelope solutions with more than 30 years of experience serving the U.S. market. The company produces high-quality modified bitumen roofing solutions for low-slope and steep-slope applications and offers a comprehensive portfolio of insulation, roof coatings, as well as maintenance, training and warranty programs.

Headquartered in Deerfield Beach, Florida, Polyglass leverages advanced manufacturing processes, operating six state-of-the-art facilities across North America with a recent expansion in production capacity of polyiso insulation.

As part of the MAPEI Group since 2008, the company is backed by more than 130 years of combined industry expertise. Through its Seal the Envelope™ approach, Polyglass continues to advance innovation across building envelope solutions, including air and vapor barriers and above- and below-grade waterproofing.

“Bringing together polyiso manufacturers and industry partners with a shared commitment to improving building performance is critical to accelerating PIMA’s mission, especially as the Association continues to expand its circle of influence,” said PIMA president, Justin Koscher. “The Association recognizes the value of collaboration, and Polyglass’ involvement strengthens PIMA’s collective ability to continue driving the adoption of polyiso across the building construction industry to help shape code-compliant, energy-efficient, resilient buildings for the future.”

To learn more about PIMA’s ongoing commitment to advancing the polyiso industry, which involves a comprehensive approach through advocacy, education, research and leadership, visit polyiso.org. 

About PIMA 

Since 1987, the Polyisocyanurate Insulation Manufacturers Association (PIMA) has served as the voice of the rigid polyiso industry, proactively advocating for safe, cost-effective, sustainable and energy-efficient construction. PIMA is an association of polyiso manufacturers and industry suppliers. Polyiso is one of North America’s most widely used and cost-effective insulation products. To learn more, visit www.polyiso.org.

About Polyglass U.S.A., Inc.

Polyglass U.S.A., Inc. is a leading manufacturer of roofing, waterproofing, and building envelope solutions serving the North American market since 1992. Known for its innovative self-adhered modified bitumen roofing systems featuring patented ADESO® Technology, Polyglass offers a comprehensive portfolio of systems for roofing and building envelope applications across the structure, from below-grade through the building exterior to the roof. Headquartered in Deerfield Beach, Florida, the ISO 9001:2015-certified company operates six state-of-the-art manufacturing facilities and continues to expand its production capabilities. As part of the MAPEI Group, Polyglass leverages more than 130 years of combined industry expertise. For more information, call 800.222.9782 or visit polyglass.us.

By Emma Peterson. 

Two days of learning, networking and industry recognition. 

At the beginning of May, the Air Barrier Association of America (ABAA) brought building enclosures professionals from across the industry together for their annual conference. Held in Minneapolis, Minnesota this year, the conference featured a full schedule of networking opportunities and education sessions! 

Networking 

On the networking side of things, the conference featured an extensive expo floor with leading companies like Rainscreen Association in North America (RAiNA), Sika, Georgia-Pacific, DuPont Tedlar, VaproShield, Polyglass and SOPREMA in attendance.  

There were also notable events to attend, like the Board Meet & Greet, a keynote session from Brian Callaghan and Mary Kilnay and the much-anticipated ABAA awards ceremony!  

The award ceremony saw a variety of celebrations and recognitions, including the distribution of the Years of Service Award (which recognizes ABAA members who have completed 12 consecutive years of service as directors) to Peter Barrett, Andre Desjarlais, Brian Stroik and Craig Wetmore. Further, Matthew Giambrone was given the Leadership Award and Uri Portillo received the Staff Recognition Award.  

As for the Peter Spafford Award, it went to Spray Foam Technologies of Kentucky for getting the “minimum number of audits (10 per year for 2 years, totaling 20) with a minimum percentage (95%) of audits without any demerits.” And last but not least, the Air Barrier QAP Award was presented to 13 different organizations who each showcased exceptional air barrier installation.  

Education 

On the education side of the event, attendees were given the opportunity to accumulate one AIA continuing education credit per hour of conference education sessions attended! These education sessions were divided into two tracks to help professionals get the most out of their time at the conference. 

The first track focused on foundational education. For example, one such course was led by Robert Dazel from Tremco, “Building Enclosure Architectural Details - Conveying Construction Drawing Clarity.” This course walked through the anatomy of the building envelope and helped attendees understand how to design airtight, watertight and energy efficient buildings. 

As for the second track, featuring more intermediate and advanced presentations, attendees could participate in courses such as Donald B. Snell (Building Forensics Group)’s seminar. Titled “Catastrophic Failures and the Net Effect of Design and Construction Errors on Moisture Management,” this session explored how “seemingly minor design and construction flaws can compound into major building and HVAC system failures, often with costly consequences.” 

Didn’t get a chance to attend or want to refresh your memory of the show? ABAA has downloadable files sharing the highlights from each of the presentations!