Where structural engineering meets architectural form. Engineered membrane solutions delivering distinctive shade geometry, weather protection, and long-term tension stability.
We design, fabricate, and erect tensile structures for architectural, institutional, commercial, and residential spaces across Pakistan.
Engineered to provide maximum UV blockage, thermal reduction, and structural stability against severe wind gusts for residential, commercial, and institutional parking areas.
Single-sided rear column supports creating unobstructed drive-in parking without front column hazards. Ideal for residential villas and narrow commercial bays.
Central T-frame structural spine supporting parking on both sides. Maximizes capacity for commercial plazas, hospitals, and corporate lots.
Hyperbolic paraboloid double-curved anticlastic geometries that resist high wind pressures while providing dramatic architectural character.
Continuous curved steel hollow sections supporting smooth undulating membrane flows, offering high water drainage and visual fluidity.
Our car parking shades are fabricated for diverse client spaces:
Tensile membranes are live, prestressed structural systems requiring exacting computational form-finding, cable tension calibration, and material selection.
High-grade PVDF-coated PVC fabrics (650–1050 gsm), HDPE shade knitted fabrics, and premium PTFE architectural membranes with superior tensile strength, fire retardancy, and UV inhibitors.
High-yield tubular circular hollow sections (CHS) and rectangular hollow sections (RHS) curved with CNC rolling machines, treated with multi-coat epoxy primer and polyurethane finish.
Nonlinear form-finding algorithms compute exact membrane stresses, avoiding fabric ponding, wrinkling, or fluttering during severe monsoonal squalls and high wind gusts.
Stainless steel (Grade 316) turnbuckles, perimeter keder edge extrusions, high-tensile boundary cables, and engineered anchor baseplates connected with chemical/mechanical anchors.
Consult with our engineering team for bay dimensions, fabric options, and 3D architectural renders for your site.
