ARCHITECTURAL CLADDING
The Vrecast architectural cladding system is an innovative precast wall panel solution specifically engineered for low, mid and high-rise building applications, combining thin lightweight concrete with cold-formed steel framing and FRP composite connectors to achieve Zero Net Energy Building (ZNEB) standards while reducing construction time by up to 40% and costs by up to 25%. As a curtain wall or structural cladding system for mid- and high-rise towers, Vrecast panels are manufactured in temperature-controlled facilities using a single-pour process with AISI standard cold-formed steel shapes and AISC composite design methodology, ensuring consistent quality, precise tolerances, and compliance with established building codes critical for tall building construction.
The system delivers exceptional thermal performance essential for high-rise envelope design through continuous insulation with a minimum 2 1/4″ thickness across the entire panel, an innovative ¼” gap between concrete and steel studs that eliminates thermal bridging, and FRP composite connectors that completely prevent conductive heat flow—offering 30% more insulation space than traditional precast sandwich panels and significantly reducing energy consumption across large facade areas. Architecturally, the system provides the design flexibility required for high-rise aesthetics by accommodating any type or size of window and door openings without cutting steel studs, allowing custom stud spacing to meet structural wind and seismic requirements, supporting pre-embedded corbels for external beam connections at floor levels, and delivering advanced cutting-edge exterior finishes that maintain visual consistency across multiple stories while preserving full architectural design intent.
For high-rise applications, Vrecast panels offer critical advantages including lighter weight compared to traditional precast systems which reduces structural loads on the building frame, standard steel embeds for secure connections to the structural system at each floor level, and the ability to accommodate varying panel sizes and configurations required for tower geometries. The system’s use of standard manufacturing equipment, compliance with established building codes, and ability to be shipped and erected efficiently makes it a cost-effective, high-performance solution for architects and developers seeking to achieve sustainable building standards in high-rise construction without compromising design quality, structural integrity, or project economics.
