Made from our high-strength FRP composite, CLADIATOR® Slotted Z-Girt Clips are engineered for low-conductivity attachment and reduced heat flow through the wall assembly. These 6″ pre-cut clips integrate with standard galvanized or aluminum hat channels to form a layout-
tolerant clip-and-rail sub-framing system that supports continuous insulation (CI), improves effective R-value at attachment locations, and helps designers manage condensation risk in ventilated rainscreen cavities.
FRP is ~200x less conductive than aluminum and steel.
Works with standard 1-1/2″ and 7/8″ galvanized or aluminum hat channels
Intermittent clips preserve 95%-99% of the insulation layer, minimizing thermal bridging.
Cladiator™ Slotted Z-Girt Clips are high-performance FRP sub-framing components engineered to deliver superior thermal efficiency in a compact clip-and-rail format. Designed to interrupt continuous metal through the wall assembly, they significantly reduce linear thermal bridging while maintaining structural integrity and installation flexibility.
From a thermal performance perspective, Slotted Z-Girt Clips provide a major advantage over traditional steel or aluminum systems. Because FRP is approximately 200 times less conductive than metal, the system preserves the integrity of the insulation layer—maintaining up to 95–99% of its effectiveness. This reduction in thermal transfer helps improve overall building envelope performance, contributing to energy efficiency and long-term operational savings.
In addition to their thermal benefits, the clips are engineered for compatibility and ease of integration. The 6″ pre-cut format pairs seamlessly with standard 1-1/2″ and 7/8″ galvanized or aluminum hat channels, allowing architects and contractors to incorporate the system into conventional cladding assemblies without redesigning structural components. This flexibility makes the system suitable for both new construction and retrofit applications.
Lightweight by design—each clip weighing under 8 ounces—Cladiator™ Slotted Z-Girt Clips reduce installation time, worker fatigue, and shipping costs. The result is a strong, thermally optimized sub-framing solution that balances performance, efficiency, and constructability in modern building envelope design.