Tensile Membrane Structures for Sport Halls

Tensile fabric structures are highly suitable and most preferred alternative to any conventional for sports hall worldwide.

With advantages of large spans, beautiful shapes, environmental protection, quick construction, economic cost, easy to maintain, low cost, high light transmission, long lifespan and 100% UV block. Tensile sports structures could creating all year and all weather playing space.

Covers large span with minimal obstacles

Tensile fabric membrane structure are meant for covering large spans with minimal obstacle of primary structure allowing spectators to enjoy absolute and clear views. Tensile membrane fabric also allows the sunlight to pass through in range of 0 to 60 per cent.

"In countries, where there is less sun light, the roof or stands are designed keeping sun direction and normal timings for sports event are generally held in mind - allowing spectators enjoy sunlight. In countries where the sun is comparatively harsh, the stands are designed with more area cover along with fabric with 11 to 13 per cent light transmission ensuring comfort for viewers.

Ensures best suitable design

The games like football, basket ball or cricket are played in India throughout the year and it makes very important for any sports stadium that they make arrangement of sitting accordingly. We recommend client for comparatively larger length in cover as India has lot of sunlight throughout the year. Additionally, we have monsoon season, where rains are also a factor and spectators must be kept dry as far as possible.

Saves time, reliable and reduces construction costs

The advantages of membrane structures become particularly clear in the case of roofing. They are lighter than conventional materials, are entirely or in large part pre-fabricated at the assembly company and can be put up on site very quickly. This saves time, keeps scheduling reliable and reduces construction costs appreciably. Membrane structures also fulfil modern requirements in respect of sustainability: less material, fewer equipment and shorter build times mean lower CO2 emissions and the potential for recycling.