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Active on Facebook, Instagram, Audience Network, Threads. As urban density increases and severe storm events strain city infrastructure, distributed source-point stormwater management is becoming essential. Blue roofs offer a critical advancement by transforming low-slope rooftops into active stormwater management assets. Read our latest guide on the Siplast RISE blog to explore how blue roof assemblies mitigate urban flooding through engineered retention and detention mechanisms.

Active on Facebook, Instagram, Audience Network, Threads. As urban density increases and severe storm events strain city infrastructure, distributed source-point stormwater management is becoming essential. Blue roofs offer a critical advancement by transforming low-slope rooftops into active stormwater management assets. Read our latest guide on the Siplast RISE blog to explore how blue roof assemblies mitigate urban flooding through engineered retention and detention mechanisms.

Active on Facebook, Instagram, Audience Network, Threads. Did you know that up to one-third of rooftop heat loss occurs right at the parapet? Because parapets extend beyond the roof deck with both faces exposed to the exterior, standard metal framing and cast-in-place concrete assemblies can reduce theoretical R-values by 50% to 63%. For decades, parapets existed in an energy code gray zone. But under the 2024 IECC (Section C402.7), identifying, detailing, and inspecting thermal bridges at above-grade wall transitions is officially mandatory. In Part 2 of our Building Enclosure Continuing Education series, Daniel Overbey, AIA, LEED Fellow, explores the data behind parapet heat loss, new code mandates, and 5 practical strategies to maintain continuous thermal control. Read the full building science breakdown on the Siplast RISE blog!

Active on Facebook, Instagram, Audience Network, Threads. It’s the phone call every architect and builder dreads. The energy model looked perfect on paper. The specifications were tight. The contractor was experienced. Yet, a few years after completion, moisture issues appear at the base of the curtainwall, or a leak pops up right at the parapet. The culprit? It’s almost never a bad product. It’s a missing connection between systems designed in isolation. The building enclosure isn’t just a collection of separate independent products—it’s a single continuous system that either works as a whole or fails at the seams. In his latest article for the Siplast RISE Blog, Daniel Overbey, AIA, LEED Fellow, breaks down the "whole-enclosure mindset". Discover how to master transitions across your four critical control layers (water, air, thermal, and vapor) to ensure long-term performance. 👉 Read the full article to elevate your design approach: https://www.siplast.com/blog/building-enclosure/the-whole-enclosure-mindset-why-roof-wall-and-foundation-must-be-designed-as-one-system-99fbc60c-b254-4fb6-a181-6f28e84ec25c?utm_source=META&utm_medium=PaidSocial&utm_campaign=Meta_Traffic_BlogSupport_Q3_2026&utm_content=whole_enclosure

Active on Facebook, Instagram, Audience Network, Threads. As urban density increases and severe storm events strain city infrastructure, distributed source-point stormwater management is becoming essential. Blue roofs offer a critical advancement by transforming low-slope rooftops into active stormwater management assets. Read our latest guide on the Siplast RISE blog to explore how blue roof assemblies mitigate urban flooding through engineered retention and detention mechanisms.

Active on Facebook, Instagram, Audience Network, Threads. Meet Andrea Wagner Watts—or "Andi" to those who know her. From building complex Lego structures in rural Minnesota to inventing three patented air barrier systems, Andi has always had a passion for solving architectural puzzles. Today, as Siplast’s Building Science Technical Insights Lead, she’s breaking down the traditional silos between walls and roofing to create a single, cohesive, high-performance shield for the entire building enclosure. Get to know Andi and her vision on our blog! 🏢👇

Active on Facebook, Instagram, Audience Network, Threads. It’s the phone call every architect and builder dreads. The energy model looked perfect on paper. The specifications were tight. The contractor was experienced. Yet, a few years after completion, moisture issues appear at the base of the curtainwall, or a leak pops up right at the parapet. The culprit? It’s almost never a bad product. It’s a missing connection between systems designed in isolation. The building enclosure isn’t just a collection of separate independent products—it’s a single continuous system that either works as a whole or fails at the seams. In his latest article for the Siplast RISE Blog, Daniel Overbey, AIA, LEED Fellow, breaks down the "whole-enclosure mindset". Discover how to master transitions across your four critical control layers (water, air, thermal, and vapor) to ensure long-term performance. 👉 Read the full article to elevate your design approach: https://www.siplast.com/blog/building-enclosure/the-whole-enclosure-mindset-why-roof-wall-and-foundation-must-be-designed-as-one-system-99fbc60c-b254-4fb6-a181-6f28e84ec25c?utm_source=META&utm_medium=PaidSocial&utm_campaign=Meta_Traffic_BlogSupport_Q3_2026&utm_content=whole_enclosure

Active on Facebook, Instagram, Audience Network, Threads. Meet Andrea Wagner Watts—or "Andi" to those who know her. From building complex Lego structures in rural Minnesota to inventing three patented air barrier systems, Andi has always had a passion for solving architectural puzzles. Today, as Siplast’s Building Science Technical Insights Lead, she’s breaking down the traditional silos between walls and roofing to create a single, cohesive, high-performance shield for the entire building enclosure. Get to know Andi and her vision on our blog! 🏢👇

Active on Facebook, Instagram, Audience Network, Threads. As urban density increases and severe storm events strain city infrastructure, distributed source-point stormwater management is becoming essential. Blue roofs offer a critical advancement by transforming low-slope rooftops into active stormwater management assets. Read our latest guide on the Siplast RISE blog to explore how blue roof assemblies mitigate urban flooding through engineered retention and detention mechanisms.

Active on Facebook, Instagram, Audience Network, Threads. It’s the phone call every architect and builder dreads. The energy model looked perfect on paper. The specifications were tight. The contractor was experienced. Yet, a few years after completion, moisture issues appear at the base of the curtainwall, or a leak pops up right at the parapet. The culprit? It’s almost never a bad product. It’s a missing connection between systems designed in isolation. The building enclosure isn’t just a collection of separate independent products—it’s a single continuous system that either works as a whole or fails at the seams. In his latest article for the Siplast RISE Blog, Daniel Overbey, AIA, LEED Fellow, breaks down the "whole-enclosure mindset". Discover how to master transitions across your four critical control layers (water, air, thermal, and vapor) to ensure long-term performance. 👉 Read the full article to elevate your design approach: https://www.siplast.com/blog/building-enclosure/the-whole-enclosure-mindset-why-roof-wall-and-foundation-must-be-designed-as-one-system-99fbc60c-b254-4fb6-a181-6f28e84ec25c?utm_source=META&utm_medium=PaidSocial&utm_campaign=Meta_Traffic_BlogSupport_Q3_2026&utm_content=whole_enclosure

Active on Facebook, Instagram, Audience Network, Threads. It’s the phone call every architect and builder dreads. The energy model looked perfect on paper. The specifications were tight. The contractor was experienced. Yet, a few years after completion, moisture issues appear at the base of the curtainwall, or a leak pops up right at the parapet. The culprit? It’s almost never a bad product. It’s a missing connection between systems designed in isolation. The building enclosure isn’t just a collection of separate independent products—it’s a single continuous system that either works as a whole or fails at the seams. In his latest article for the Siplast RISE Blog, Daniel Overbey, AIA, LEED Fellow, breaks down the "whole-enclosure mindset". Discover how to master transitions across your four critical control layers (water, air, thermal, and vapor) to ensure long-term performance. 👉 Read the full article to elevate your design approach: https://www.siplast.com/blog/building-enclosure/the-whole-enclosure-mindset-why-roof-wall-and-foundation-must-be-designed-as-one-system-99fbc60c-b254-4fb6-a181-6f28e84ec25c?utm_source=META&utm_medium=PaidSocial&utm_campaign=Meta_Traffic_BlogSupport_Q3_2026&utm_content=whole_enclosure

Active on Facebook, Instagram, Audience Network, Threads. Did you know that up to one-third of rooftop heat loss occurs right at the parapet? Because parapets extend beyond the roof deck with both faces exposed to the exterior, standard metal framing and cast-in-place concrete assemblies can reduce theoretical R-values by 50% to 63%. For decades, parapets existed in an energy code gray zone. But under the 2024 IECC (Section C402.7), identifying, detailing, and inspecting thermal bridges at above-grade wall transitions is officially mandatory. In Part 2 of our Building Enclosure Continuing Education series, Daniel Overbey, AIA, LEED Fellow, explores the data behind parapet heat loss, new code mandates, and 5 practical strategies to maintain continuous thermal control. Read the full building science breakdown on the Siplast RISE blog!

Active on Facebook, Instagram, Audience Network, Threads. As urban density increases and severe storm events strain city infrastructure, distributed source-point stormwater management is becoming essential. Blue roofs offer a critical advancement by transforming low-slope rooftops into active stormwater management assets. Read our latest guide on the Siplast RISE blog to explore how blue roof assemblies mitigate urban flooding through engineered retention and detention mechanisms.

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First shown 28 Jan 2025