Fiber-reinforced polymeric wall panels use angled fiber schedules to deliver high crush resistance while maintaining lightweight construction.
A spacing layer beneath the substrate increases shingle thickness without adding asphalt weight.
Interlocking tongue and groove profiles on building boards eliminate puttying steps, removing long drying times and buffer stock requirements.
Alternating porous fibre and thermoplastic layers form a self-supporting laminate via melt penetration.
A prefabricated support frame with integral retaining members aligns slip tubes to prevent buckling and unevenness at cold joints.
Spaced metal foils reinforce the plastic body without cracking during bending, preserving gas diffusion tightness and thermal insulation performance.
Segmented fixed and sliding bearing modules distribute shear forces and accommodate thermal expansion in long wall structures.