> ## Documentation Index
> Fetch the complete documentation index at: https://docs.acelabusa.com/llms.txt
> Use this file to discover all available pages before exploring further.

# Architectural Airspaces: Innovative Drainage and Insulation Solutions

> Let's explore the differences between capillary breaks and large cavities, comparing the smallest and largest airspaces in building materials.

export const AndreBaros = () => <div className="flex space-x-6 items-center">
    <img src="https://res.cloudinary.com/acelab/image/upload/v1786565555/lms-resources/andre-baros.jpg" alt="Andre Baros" className="m-0 aspect-square w-full max-w-[160px] shrink-0 rounded-full border object-cover object-center" />
    <div className="flex-1">
      <p className="mt-0">
        <strong>Andre Baros</strong>
      </p>
      <p className="text-sm">
        As Senior Director of Material Research at Acelab, Andre Baros brings 25
        years of architectural expertise to the intersection of materials and
        design excellence. His passion lies in understanding how the right
        materials transform good projects into great ones.
      </p>
      <ul className="mb-0 text-sm">
        <li>
          Shaped modern architectural projects across all scales at leading
          firms including HOK, Wheeler Kearns Architects, and SAR+
        </li>
        <li>
          Specializes in crafting thoughtful spaces that serve people, from
          intimate residential to large-scale commercial developments
        </li>
        <li>
          Leads Acelab's materials research initiative, advancing material
          intelligence for the future of architecture
        </li>
      </ul>
    </div>
  </div>;

## Introduction

In this course, we explore the differences between capillary breaks and large cavities, comparing the smallest and largest airspaces in building materials. The discussion highlights the importance of airspaces in construction, from drainage mat products that replace furring strips behind siding to large cavity systems that improve insulation and airflow. We also touch on innovative solutions like thermally broken ledgers and vacuum insulation, providing insights into how these materials enhance durability, efficiency, and climate adaptability.

### What You'll Learn:

* The role of airspaces in construction and how they contribute to durability and energy efficiency
* How drainage mat products work as capillary breaks to maintain airflow and prevent debris buildup
* The significance of masonry airspaces and their gradual adoption in other construction systems
* How thermally broken ledgers and angles improve insulation in masonry and cavity wall systems
* The benefits of fiberglass Girt systems for breaking thermal transfer while allowing drainage and air circulation
* The advantages of deep cavity systems (up to 14 inches) for external insulation in extreme climates
* How vacuum insulation can achieve the same R-value in a fraction of the space
* A comparison of different manufacturers and their unique approaches to airspace and insulation solutions
* The importance of understanding material choices based on design, budget, and performance needs
* A recommended product video that provides an in-depth look at the installation process of facade systems

### About Your Host:

<AndreBaros />

## Video: Architectural Airspaces: Innovative Drainage and Insulation Solutions

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## Add products to your library

Want to add products featured in this video to your Acelab Firm Library?

Click a manufacturer's name below to learn more:

* [Dorken Systems](https://app.acelabusa.com/manufacturer/dorken-systems-42d0a1bf88274d498706e1ea8e84f6c0)
* [ClarkDietrich](https://app.acelabusa.com/manufacturer/clarkdietrich-accd6b6c43fb4ca28eb236410a83f337)
* [Hohmann & Barnard, Inc.](https://app.acelabusa.com/manufacturer/hohmann-and-barnard-inc-a37a7d992433487cb3a98518fd)
* [Cladiator](https://app.acelabusa.com/manufacturer/cladiator-6ed7678533654a7f8002d6869f20ea0d)

Click to see other courses in the [Materials Exploration](/resources/material-science) series.