Smarter by Design. Proven by Performance.

GreenGirt CMH™ and SMARTci® systems pair the strength of steel with the thermal performance of fiber-reinforced polymer, so you get continuous insulation without thermal bridging, on a wall that's faster to install.

Smarter by Design. Proven by Performance.

Expert-engineered GreenGirt CMH™ and GreenGirt Steel™ continuous insulation and SMARTci® building enclosure systems combine the structural integrity of steel with the thermal insulative properties of fiber-reinforced polymers. Plus, the systems are easy to install—perfect for your next project.

GreenGirt Steel™

GreenGirt Max CMH™

GreenGirt Optima CMH™

SMARTci® (on closed framing)

GreenGirt CMH Clips™

GreenGirt XO™

SMARTci® (on open framing)

GreenGirt CMH Delta™ Adjustable

Accessories

GreenGirt CMH Roof™

Classification of Continuous Insulation Z-Girts

Continuous insulation Z-girts are categorized into three distinct classes based on their ability to meet key performance criteria. These criteria include structural capacity, structural performance, thermal efficiency, fire resistance, and the durability of connections over the building’s lifecycle. Each class represents a different level of performance, allowing designers, contractors, and installers to select the most suitable system for their project’s specific demands and requirements.

Frequently Asked Questions (FAQs)

What are GreenGirt CMH, GreenGirt Steel, and SMARTci systems?

GreenGirt CMH and GreenGirt Steel continuous insulation and SMARTci building enclosure systems combine the structural integrity of steel with the thermal insulative properties of fiber-reinforced polymers, and are designed to be easy to install.

What’s the difference between SMARTci on closed framing and SMARTci on open framing?

SMARTci (on closed framing) is positioned for traditional closed framing, while SMARTci (on open framing) is positioned for open framing and emphasizes saving time and reducing costs.

How are continuous insulation Z-girts classified?

GreenGirt states continuous insulation Z-girts are classified into three distinct classes based on ability to meet key performance criteria, including structural capacity/performance, thermal efficiency, fire resistance, and durability of connections over the building lifecycle.