Cam-based connectors and dual rails align and friction-lock modular wall panels, cutting seam heat loss while improving storm stability.
A tension-supported air gap keeps roof and wall insulation uncompressed, cuts thermal bridging, and helps collect heat while managing humidity.
A movable-pivot bracket guides roof windows to the correct height for different roof coverings without on-site measurement or extra fixtures.
Slotted beams form a lattice dome on site, cutting crane-heavy fabrication time, space needs, and weather dependence.
Precut roof panels are assembled flat on the ground and lifted onto trusses, reducing rooftop exposure and avoiding high-capacity cranes.
Opposed overlapping Z-C purlins form a tubular section that extends span capability while improving lateral stability and assembly flexibility.
Pre-applied fasteners in a connection block align a truss to a structural component and make secure installation easier to verify.
A corner connector routes condensate from the window gutter through a drain opening, avoiding pre-drilled profile holes and supporting a sealed greenhouse.
Load-distributing profiles anchor cladding while insulating panels retain thickness, avoiding perforation and reducing construction complexity.
Hinged roof segments fold into a compact flat state for transport, then connect quickly on-site to form a stable prefabricated roof.
A reinforced concrete monocoque roof integrates the slab, frames, and external girdling to resist wind uplift and seismic tearing.