Expanded Mesh and Perforated Metal
Enhancing Aesthetics, Functionality, and Performance
Sponsored by AMICO Architectural Metal Systems
Expanded mesh and perforated metal are increasingly being used in design-forward and award-winning architectural projects. In this course, we will cover the many different benefits of these materials, both aesthetic and functional, as well as key design considerations to ensure a successful project and safe installation. Finally, you will explore a wide breadth of growing applications of these materials and how they are used to contribute to LEED, encourage social interaction, and help to create beautiful environments. Throughout the course, you will be met with inspiration and ideas that will grow your perspective of design with expanded mesh and perforated metal as well as discover how these materials can be used to elevate the human experience and well-being of occupants.
Photo © Adrien Williams
AMICO has been a leader in metals since 1939 specializing in perforated metal and expanded mesh. In addition to beautiful metal systems, we bring years of architectural experience, engineering support, and vast fabrication capabilities to bring your design to fruition.
Originally published in Architectural Record
Originally published in December 2024
LEARNING OBJECTIVES
- Examine the features and benefits of expanded mesh, focusing on how the materials not only enhance aesthetics but also provide essential functionality, such as reducing solar heat gain.
- Utilize the exceptional manufacturing adaptability of perforated metals to create unique and safe environments using durable materials.
- Explore specification options that enhance the applications of expanded mesh and perforated metals, including considerations for lighting, attachment methods, span, trim, and LEED® guidelines.
- Apply the knowledge gained from this course to various architectural applications, such as facades, equipment and rooftop screens, interior surfaces, ceilings, sunshades, acoustic panels, and adaptive reuse projects.
