Building Envelope - Advanced Architectural Products

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Best Practices Building Envelope Composite Metal Hybrid (CMH)A2P1086: Fiber-Reinforced Polymer vs. Steel: Weighing Efficiency and Durability in Modern Construction

January 2, 2024

Introduction Navigating the complex world of construction materials, professionals are continually faced with choices shaping their projects’ future. Among these, Fiber-Reinforced Polymer vs. Steel stand out as two materials at the forefront of modern construction debates. This article embarks on a detailed exploration of these two pivotal materials, dissecting their properties, applications, and the critical...

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Building Envelope Composite Metal Hybrid (CMH)GreenGirt / SMARTci 1 in 1 SystemA2P1085: Girts Explained: The Core of Building Strength

December 22, 2023

I. Introduction to Girts The Unsung Backbone of Modern Buildings In the world of architectural design and construction, some elements, although critical, rarely grab the limelight. Girts are one such component. Integral to the structural integrity and façade support of buildings, girts play a pivotal role in modern construction, yet they often remain overlooked in...

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Building Envelope Composite Metal Hybrid (CMH)Service TemperatureA2P1084: Building Material’s Endurance to Prolonged High-Temperature Exposure: Failure Isn’t an Option

December 15, 2023

I. Introduction In modern construction, the ability of materials to endure high temperatures is more than a desired feature; it is a necessity. The selection of materials capable of withstanding prolonged exposure to elevated temperatures is pivotal for ensuring the safety, durability, and functionality of structures. From daily solar heating to exceptional circumstances such as...

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Best Practices Building Envelope Engineering Modeling & TestingA2P3001: Short-Term Fastening in FRP vs. Permanent Fastening in Steel & GreenGirt® CMHᵀᴹ (Composite Metal Hybrid) for Construction Framing

November 14, 2023

Types of “Z-Girt” Sub-Framing Material Z-girts and fasteners play crucial roles within the building envelope: Z-girts serve as attachment points for cladding, assist in establishing thermal breaks, and ensure a level surface for cladding installation, while fasteners maintain structural integrity by anchoring the Z-girt in place. This sub-framing is expected to withstand the rigors of...

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Building EnvelopeA2P1080: Corrosion and Moisture: Are Metal Z-Girts the Culprit in Building Degradation?

November 6, 2023

I. Introduction In the vast realm of construction, building integrity is paramount. It is not merely about aesthetics or functionality; structural integrity ensures a structure’s safety, durability, and long-term performance. Every component, including Z-girts, plays a vital role in maintaining this integrity. Compromising any of these components can lead to degradation, reduced lifespan, and, in...

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Building EnvelopeA2P1072: Building Envelope Components: Examining Service Lives and Lifespans

September 26, 2023

Introduction The service life of a building envelope component refers to the expected duration for which that specific part of the structure is designed to function effectively without requiring major repairs or replacement. Longevity and low maintenance are attributes often sought after in architecture but achieving them requires meticulous planning and a deep understanding of...

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Building Envelope Continuous Insulation SustainabilityA2P1053: Retrofitting Existing Buildings with Continuous Insulation: Challenges and Solutions

June 20, 2023

Introduction Continuous insulation is an increasingly important part of modern building design, responsible for helping to improve the energy efficiency of buildings and creating more comfortable living and working spaces. As the need for energy conservation continues to increase, retrofitting existing buildings with continuous insulation is becoming a more urgent task. However, there are various...

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Building EnvelopeA2P1051: A Contractor’s Guide to Enhancing Building Envelope Performance and Efficiency

June 6, 2023

Introduction In today’s highly competitive construction industry, building contractors must consistently seek ways to optimize their processes and deliver cost-effective and high-quality projects while also meeting building codes. To stay ahead of the curve, contractors must embrace innovative methods and techniques designed to enhance building envelope performance and efficiency. This article aims to provide valuable...

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Building EnvelopeA2P1045: The Basics of Building Envelopes: What They Are and Why They Matter

April 25, 2023

Introduction Commercial buildings have unique design and energy efficiency requirements that must be met for optimal performance. A vital component of these is the building envelope, which consists of several layers that form a barrier between the interior building environment and external weather conditions. From insulation and vapor control layers to air barriers and other...

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Best Practices Building Envelope Moisture ControlA2P1042: Is Your Continuous Insulation System Managing Internal Condensation Potential?

April 4, 2023

Have you ever noticed a strange dampness in a building even though there are no visible signs of condensation on the walls or windows? This issue can often be caused by internal condensation, which happens when humid air, either internal or external, meets cold surfaces, resulting in droplets forming within a building envelope. If left...

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