Tensile Structures, Canopies & Shade Solutions

Car parking shade structures use tensile fabric roofs and steel supports to cover single-car bays, multiple parking rows and larger parking areas. For homes, offices and institutions, support positions are planned around vehicle turning, door clearance and pedestrian access, with drainage directed away from circulation routes.

Walkway tensile structures connect buildings, entrances and parking areas at schools, hospitals, offices and resorts. Tensile fabric roofs and steel supports follow the route, with clear width, ramps, door openings and rainwater discharge considered before the canopy layout is finalised.

Swimming pool shade structures shade the water, pool deck or adjacent seating at hotels, resorts, clubs, villas and schools. The roof layout depends on the area to be covered, sun direction, pool access and the available positions for supports.

Playground shade structures provide overhead shade for school play areas, parks, assembly spaces and recreation grounds. Roof height and support locations must allow for play equipment and circulation, while the membrane choice depends on whether the brief includes rain cover.

Gazebo tensile structures provide a covered seating area in a garden, resort, hotel, park or club. Fabric roof shapes and steel frame layouts can be selected around the seating arrangement, available footprint, surrounding paths and the required drainage route.

Stadium tensile structures can cover spectator seating and selected sports areas at arenas, training grounds and outdoor venues. Span, sightlines and clear height guide the supporting frame, while the membrane and connections are designed for the specified site loads.

Atrium tensile structures cover courtyards and central spaces in malls, hotels, offices, schools and institutional buildings. The design considers daylight, ventilation, drainage and connections to the surrounding building, with supports positioned to preserve the intended circulation and use below.

Amphitheater shade structures cover stages, audience seating or both at schools, colleges, resorts, parks and cultural venues. The roof layout should account for sightlines, performance height, lighting positions and access, alongside the shade and weather protection required for events.

Polycarbonate atrium roof structures use translucent polycarbonate panels to admit daylight into covered courtyards at malls, offices, hotels and schools. Panel specification and supporting frames are selected around the opening, with glare, thermal movement, roof falls and drainage considered during design.

Polycarbonate cladding and facades use translucent panels where a building needs daylight through its external walls. For commercial, institutional and industrial premises, panel colour, light transmission and fixing details are considered alongside privacy, thermal movement and the appearance of the elevation.

Custom polycarbonate roofing solutions cover walkways, carports, swimming pools, terraces, doorways, balconies and patios. Roof profiles, panel finishes and supporting frames can be adapted to the building. Selection should account for daylight, glare, drainage, thermal expansion and the dimensions of the area below.

Prefabricated steel buildings provide enclosed or partly open space for factories, warehouses, workshops and distribution centres. The steel frame, roof sheets and wall cladding are configured around equipment, storage and loading requirements, with clear heights and openings established during planning.

Custom pre-engineered steel buildings (PEB) can be designed for cold stores, showrooms, community halls, multi-span sheds or buildings with mezzanine floors. For site offices, commercial premises and industrial facilities, dimensions, roofing and wall panels can be coordinated with the layout. Door positions, service connections and access requirements are established for the intended use.