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Introduction Join us as we explore the smallest and largest doors available, from tiny custom-made doors designed for children’s spaces to massive industrial-scale doors used in specialized applications. Let’s take a look at different door types, their materials, and the innovative engineering behind them. From standard commercial and residential doors to unique counterweighted and fabric-based designs, this course highlights how physics and creativity shape the way doors function in various environments.

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What You’ll Learn:

  • The range of door sizes, from tiny children’s doors to massive industrial doors.
  • Common commercial and residential doors and why they dominate the market.
  • Specialized door solutions, including Dutch doors and custom pantry doors.
  • The engineering behind oversized doors and how counterweights make them functional.
  • A look at The Gizmo, a massive, thermally broken steel door by Bramble.
  • How Assa Abloy’s mega doors use fabric to solve large-scale opening challenges.
  • The importance of material selection in door performance and energy efficiency.
  • A real-world lesson on installing small doors in schools (and why placement matters).
  • The role of major manufacturers like Sun Mountain and ASA Abloy in the door industry.
  • How to explore more door materials and options using the Acelab’s Material Hub.

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About Your Host:

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Video: Architectural Doors: From Tiny Spaces to Massive Industrial Openings

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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: Click to see other courses in the Materials Exploration series.