Building excellence. Larger than life. Mega Structures stand for extraordinary confluence of people and the staging of larger-than-life events that create unforgettable experiences and remarkable impact.Tensile architecture permits flexibility of shape and natural light transmission. Both UV & heat resistant, it has a lifetime of 25 years.
Mega Structures
Serge Ferrari’s unique solutions for Mega structures, enhance the performance of the structure through its distinct qualities that respond to the mass shading requirement, weather challenges, environment support, acoustics comfort and more.
Major applications include stadiums, indoor stadiums, airports, metros, atrium, convention center, and amphitheater
Features :
- Protection against heat / UV resistance
- Lightweight structures and easy installation
- Semi-permanent to permanent structures
- Allows optimal natural light
- Aesthetic appeal
- Warranty up to 25 years
Tensile Architecture
The light weight and flexibility of composite membranes offer tremendous freedom of shape for the creation of emblematic buildings. Tensioned roofs are ideal for large span roofs, allowing the transmission of natural light to ensure a pleasant luminous atmosphere.
Solutions for open and closed buildings
Flexlight membranes enable the installation of tensile roofs on open structures for sports activities (stadiums, grandstand roofs, etc.), cultural buildings (amphitheatres, etc.) and educational establishments (covered playgrounds for schools, etc.). They enable the creation of roofs or entire envelopes for closed buildings to optimize the transmission of natural light into atriums, shopping malls, sports halls and arenas, airport terminals and stations, etc. They also allow for
the implementation of double skin thermal insulation solutions.
How can we help you?
Tensile Architecture
Tensile roofs
durability
natural light
long spans (lightweight and resistant)
freedom of shape
Emblematic buildings
The light weight and flexibility of composite membranes offer tremendous freedom of shape for the creation of emblematic buildings. Tensioned roofs are ideal for large span roofs, allowing the transmission of natural light to ensure a pleasant luminous atmosphere.
Solutions for open and closed buildings
Flexlight membranes enable the installation of tensile roofs on open structures for sports activities (stadiums, grandstand roofs, etc.), cultural buildings (amphitheatres, etc.) and educational establishments (covered playgrounds for schools, etc.). They enable the creation of roofs or entire envelopes for closed buildings to optimise the transmission of natural light into atriums, shopping malls, sports halls and arenas, airport terminals and stations, etc. They also allow for the implementation of double skin thermal insulation solutions.
Durable materials
Based on Précontraint technology, Serge Ferrari has developed a range of high performance composite materials with lasting mechanical properties and proven aesthetics. Flexlight membranes are a perfect example of Serge Ferrari's environmental approach: they are eco-designed and can be recycled via Texyloop.
Tensile Architecture
Shading
structures
protection against bad weather condition
freedom of shape
light weight
Lightweight tensioned structures of various shapes
The light weight and flexibility of composite membranes enable the creation of shade structures in a wide variety of original shapes. They offer user comfort by protecting against bad weather and the heat of the sun.
Ideal for shade structures and the roofs of open air constructions
Tensioned structures are ideal for protecting goods (covered car parks, carports) and people (pedestrian walkway roofs, canopies, covered playgrounds, etc.). They are also suitable for covering open areas, such as open air sports grounds, play areas, covered halls, etc.
Lightweight, high performance materials
Based on Précontraint technology, Serge Ferrari has developed a range of high performance composite materials with good stability and proven quality. Flexlight membranes are a perfect example of Serge Ferrari's environmental approach: they are eco-designed and can be recycled via Texyloop.