Metal Cladding on The Living Building | Morin Corp.
  1. ArchDaily
  2. Products
  3. Metal Panels
  4. Metal Cladding on The Living Building

Metal Cladding on The Living Building | Morin Corp.

Share
  • Use

    Façade cladding
  • Applications

    Educational
  • Characteristics

    Durable, low-maintenance, combination of profiles and gauges
  • Certification

    LBC certified

Ask for more information / Quote

You have to type a valid name
You have to type a valid email format
You have to type a valid phone number
You have to type a message longer than 10 characters
I want to receive a sample
By sending this quote request you agree to the Terms of use and the Privacy Policy.

More about this product

The 2020 Metal Architecture Design Awards selected the Kendeda Building for Innovative Sustainable Design (The Living Building) at Georgia Institute of Technology, Atlanta, as the Grand Award winner. The metal-clad building pushes sustainability alongside high-concept design. Serving to clad portions of the exterior are aluminum panels from Morin Corporation in three profiles, one of which is perforated.

Metal Cladding

Selected for its long life, the aluminum cladding panels are useful for their durability and performance with minimal maintenance requirements. The project used bare metal panels from Morin Corp. as a sustainable choice. The aluminum panels can be seen in two distinct formed profiles both with a different choice of gauges:

W-12 | .050 Aluminum Matrix MX1 | .040 Aluminum
Exterior Aluminum Cladding Exterior Aluminum Cladding
W-12 panels in a vertical orientation are the longer of the two. With their wider flat area, these needed a slightly higher gauge for dimensional stability. This has a good effect on visual consistency in a large wall. Matrix MX1 panels were used in a shorter, horizontal application, additional bends increase stability and give a smaller visual surface so a lighter gauge could be used for sustainability and cost-savings.

Sustainable Building

A defining element of the building is the solar array canopy; slender steel columns hold a very lightweight stepped canopy that lets in light and supports photovoltaics. The shade provided by the canopy significantly reduces the building’s cooling loads and the photovoltaic panels produce 120% of the energy the building requires. Gutters in the roof canopy collect rainwater and bring it back to a 50,000-gallon cistern in the basement, where it provides all of the water the building needs.

Project Data

Project Kendeda Building for Innovative Sustainable Design at Georgia Institute of Technology (aka The Living Building)
Location Georgia Tech (Atlanta, GA)
Owner Georgia Institute of Technology
Design Architect The Miller Hull Partnership, Seattle
Customer MillerClapperton, Austell, Ga.
Morin Corp. Metal wall panels

W-12 Alum Mill Finish .050 Bare Coil Bare / Bare Coil Perforated

W-12 Alum Mill Finish .050 Bare Coil Bare / Bare Coil Smooth

MX 1.0 Alum Mill Finish .040 Bare Coil Bare / Bare Coil Smooth

Ask for more information / Quote

Ask for more information / Quote

You have to type a valid name
You have to type a valid email format
You have to type a valid phone number
You have to type a message longer than 10 characters
I want to receive a sample
By sending this quote request you agree to the Terms of use and the Privacy Policy.
Thank you for your interest in this product! Maybe you'd like to request a quote for these similar products?
You have already requested information about this product.

Related Products

Stabilized Aluminum Foam in NOI TechPark

Cymat Technologies Ltd.

Metal Cladding - Specular Collection

Pure + FreeForm
Get a Quote