GreenGirt CMH Roof™ Continuous Insulation System
Continuous insulation system for roofs
The GreenGirt CMH Roof system redefines roofing standards by integrating a continuous insulation layer within its innovative structural composite metal hybrid (CMH) sub-framing. This advanced design not only enhances the building’s thermal performance but also contributes significantly to its overall energy efficiency and sustainability. By treating the roof as the ‘fifth wall,’ this system acknowledges its critical role in envelope performance, ensuring a seamless, energy-efficient barrier against the elements.
How It Works
The GreenGirt CMH Roof system adheres to the eight continuous insulation best practices. Additional features that make the GreenGirt CMH Roof System stand out as the best choice for your building include:
Zero through-roof metal, fasteners, or thermal bridging
Enhanced energy efficiency and increased roof durability and longevity by eliminating through-roof metal, fasteners, and thermal bridging.
Universal insulation compatibility
Adapt with ease using the GreenGirt Roof System, featuring universal insulation compatibility for flexible and efficient building design.
Superior moisture management
Boasts exceptional moisture control, that eliminates moisture-related issues, such as mold and mildew, for a healthier, more durable roof.
GreenGirt CMH System Options
GreenGirt CMH Max
GreenGirt Max CMH™ is the ultimate continuous insulation system in the Advanced Architectural Products’ family of GreenGirt composite metal hybrid solutions. Leveraging best-practice engineering and the highest quality standards from thousands of building projects, GreenGirt Max is designed for maximum strength, durability, and thermal efficiency.
GreenGirt CMH Optima
GreenGirt Optima CMH™ is a fully customizable continuous insulation system in the Advanced Architectural Products’ family of GreenGirt composite metal hybrid solutions. Tailored to every project’s specific architectural and structural requirements, GreenGirt Optima provides an engineered solution optimized for strength, durability, and thermal efficiency.
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