With recent popularity of tensile fabric structures that use materials like PVC, ETFE and PTFE, owing to technological innovations and advancements, market trends are moving towards exploiting the cost benefits and structural aesthetics that tensile structures offer. Not only do these tensile structure promise great visual appeal to onlookers, they are also credited for being weather resistant and offer less environment footprint.

From our wide range of Infrastructure Services, we offer frame based and membrane based options for Tensile structures that cater to building requirements ranging from amphitheaters, Stadiums, Transportation networks and many more. Not only are these solutions cost friendly, using fabrics that is recyclable has helped our clients promote their contribution to a sustainable and responsible future to generations to come.

 

The durable and less complex frame structures offer applications ranging from warehouses, exhibition setups, storage units, aluminum structures are used by several industries as the preferred choice of portable structures. PJFAB India provides infrastructure services for all aluminum based frame structures needs. Several clients have benefitted from the Curved Roof Design variants we offer in aluminum frames. The 10 m variant comes with 10 m span width, 3 m eave height and 4.7 m ridge height. Bay spacing of this module is 5 m and roof pitch is 18 °. The longest component is of 5.4 m stretch, wind loading limit is 102km/h and main profile dimensions as 205*120.

 

The durable and less complex frame structures offer applications ranging from warehouses, exhibition setups, storage units, aluminum structures are used by several industries as the preferred choice of portable structures. PJFAB India provides infrastructure services for all aluminum based frame structures needs. Several clients have benefitted from the variants we offer in aluminum frames. The 40 m variant comes with 50 m span width, 3 m eave height and 4.7 m ridge height. Bay spacing of this module is 5 m and roof pitch is 18 °. The longest component is of 5.4 m stretch and wind loading limit is 80km/h.