Metal Plate

Metal Panels
Preferred Partners: 

 

Material Overview:

Increasingly, various formed or sheet metal panels are being chosen for rainscreen wall assemblies.  These customizable, highly engineered, open joint, drained and back-ventilated, metal panel rainscreen systems are capable of producing stunning, high-end aesthetics. Painted aluminum panels are available in any color using a post fabrication Kynar finish.  Stainless steel panels are available in a variety of alloys and finishes.  Perforated options are available in both aluminum and stainless steel panels. 

Design Considerations:

Depending on the metal panel layout and fabricator's preference, either the Alpha Vci or Alpha Hci system can be selected.  Many designers are using “vertical” panel layouts, which necessitates an attachment wall in a reverse orientation for steel stud walls.  Contact ECO Cladding for the most cost-efficient attachment approach.

Hci Materials

Cladding Materials: 
ACM / MCM / Metal Plate
FRP
HPL Phenolic
Metal Plate
Stone
Timber
Attachment Types: 
Exposed

Vci Materials

Wall Type: 
Concrete
Cladding Materials: 
ACM / MCM / Metal Plate
FRP
HPL Phenolic
Metal Plate
Stone
Timber
Attachment Types: 
Exposed

University of Connecticut Stem Research Center - Storrs, CT

The design of the new transformational science complex ties together research expansion, academic vision, and culture of innovation. Science One is a three-story, academic research building dedicated to the interdisciplinary fields of material science and engineering. The signature building will be the centerpiece of the University of Connecticut’s new Northwest Science Quad science district. Significant improvements planned at the site also include providing more than 4 acres of open space and performative landscapes containing indigenous shade trees, green infrastructure for stormwater management and a conservation area for pollinator species. ECO Cladding’s Alpha Wall Brackets will be utilized for the installation of the fiber concrete and metal panels.

James L McGuire Elementary School - North Providence, RI

SLAM Collaborative - CT has designed another eye-catching rainscreen design with the new James L. McGuire Elementary School. Continuing their history of using Swisspearl fiber cement panels, SLAM was the first project in the USA to incorporate the new Swisspearl Reflex Dark Silver metallic color. One of the strengths of the Reflex Dark Silver metallic color from Swisspearl is the ability to be fabricated into unique shapes, and what better location for a fun, creative design than an elementary school.

The design team utilized an Alpha Hci.10 face-fastened subframing system with two different bracket lengths to accommodate the innovative design and variations in cavity depth. With this project, all involved parties rose to the challenge of this innovative design, with SLAM leading the charge with developing these eye-catching details.

Hci Materials

Cladding Materials: 
ACM / MCM / Metal Plate
FRP
Metal Plate
Timber

Vci Materials

Wall Type: 
Concrete
Cladding Materials: 
ACM / MCM / Metal Plate
FRP
HPL Phenolic
Metal Plate
Stone
Timber
Attachment Types: 
Exposed

Available Systems

Sigma Vci System Stainless Steel Thermally Broken Cladding Support System

Sigma Vci System

The Sigma Vci System incorporates stainless steel Sigma U Brackets oriented vertically, to provide the engineered building block components for the vertically oriented C.I. Sub-framing layer.

Sigma Hci System Stainless Steel Thermally Broken Cladding Support System

Sigma Hci System

The Sigma Hci System incorporates stainless steel Sigma U Brackets oriented horizontally, to provide the engineered building block components for the horizontally oriented C.I. Sub-framing layer. Sigma U brackets are available in multiple sizes to create various cavity depths.

Recent Projects

The design of the new transformational science complex ties together research expansion, academic ...Read More
SLAM Collaborative - CT has designed another eye-catching rainscreen design with the new ...Read More