Triple membrane cover
Triple membrane pressostats
TRIPLE MEMBRANE - The roof consists of a first main load-bearing outer membrane, a second lighter translucent inner membrane welded to the first, and a third inner membrane welded to the other two. The gussets are made of double skin.
This solution ensures considerable thermal insulation IL KT scene thus at 1.7Wm2.
The advantages of the "triple membrane" are the same as those mentioned in points 1) 2) and 3) of the "double membrane". only increased.
These types of roofs are compulsory in Ticino combined with the latest generation of condensing generators; and the anchorage to the ground can be made with angle brackets, so the system is at its maximum performance.
Related structures
The structures with arches or laminated wooden beams, covered with textile membrane or panels, are the right solution to cover the spaces where there is the need to give an aesthetic aspect of prestige.
The geodetic structures in laminated wood solve every problem of covering spaces, whether they are sports or industrial plants, with maximum reliability because they are designed according to the zone loads and comply with current regulations.
By creating laminated wood structures it is possible to cover large areas for every sport activity.
The pressostatic cover, or as some people call it, the "balloon", is an avant-garde solution. It can be installed anywhere and is known and appreciated throughout Europe for its ease of assembly and disassembly, and can cover large spaces at very low costs compared to traditional constructions, by adding layers of membranes and inserting air cushions, very low KT values can be obtained, ranging from 5.9 Wm2 for a single membrane, to 2.9 for a simple double membrane, to 2.2 Wm2 for a special double membrane, to 1.7Wm2 for a triple membrane, to 1.3Wm2 for a quadruple membrane.
The pressostatic roof, or as some people call it, the "balloon", is an avant-garde solution. It can be installed anywhere and is known and appreciated throughout Europe for its ease of assembly and disassembly, and can cover large spaces at very low costs compared to traditional constructions, by adding layers of membranes and inserting air cushions, very low KT values can be obtained, ranging from 5.9 Wm2 for a single membrane, to 2.9 for a simple double membrane, to 2.2 Wm2 for a special double membrane, to 1.7Wm2 for a triple membrane, to 1.3Wm2 for a quadruple membrane.
The optimal sports coverings are realized with the "Geodetic Tensint" structures, they are made with the technology that is based on precise geometric calculations.
The "Tensint Geodesic Domes" are spatial reticular structures with double curvature, made using technology based on precise geometric calculations, with a five or six-segment layout, subdividing the various circumferences into a decreasing number of parts up to the ridge, thus allowing them to be covered with either textile or rigid materials.
The Tensint mobile structures, made with structural technology that has been proven for decades, have been modified and adapted to be able to slide and be moved effortlessly with the simple push of a person.
The structures with arches or laminated wooden beams, covered with textile membrane or panels, are the right solution to cover the spaces where there is the need to give an aesthetic aspect of prestige.
The geodetic structures in laminated wood solve every problem of covering spaces, whether they are sports or industrial plants, with maximum reliability because they are designed according to the zone loads and comply with current regulations.
By creating laminated wood structures it is possible to cover large areas for every sport activity.
The pressostatic cover, or as some people call it, the "balloon", is an avant-garde solution. It can be installed anywhere and is known and appreciated throughout Europe for its ease of assembly and disassembly, and can cover large spaces at very low costs compared to traditional constructions, by adding layers of membranes and inserting air cushions, very low KT values can be obtained, ranging from 5.9 Wm2 for a single membrane, to 2.9 for a simple double membrane, to 2.2 Wm2 for a special double membrane, to 1.7Wm2 for a triple membrane, to 1.3Wm2 for a quadruple membrane.
The pressostatic roof, or as some people call it, the "balloon", is an avant-garde solution. It can be installed anywhere and is known and appreciated throughout Europe for its ease of assembly and disassembly, and can cover large spaces at very low costs compared to traditional constructions, by adding layers of membranes and inserting air cushions, very low KT values can be obtained, ranging from 5.9 Wm2 for a single membrane, to 2.9 for a simple double membrane, to 2.2 Wm2 for a special double membrane, to 1.7Wm2 for a triple membrane, to 1.3Wm2 for a quadruple membrane.
The optimal sports coverings are realized with the "Geodetic Tensint" structures, they are made with the technology that is based on precise geometric calculations.
The "Tensint Geodesic Domes" are spatial reticular structures with double curvature, made using technology based on precise geometric calculations, with a five or six-segment layout, subdividing the various circumferences into a decreasing number of parts up to the ridge, thus allowing them to be covered with either textile or rigid materials.
The Tensint mobile structures, made with structural technology that has been proven for decades, have been modified and adapted to be able to slide and be moved effortlessly with the simple push of a person.
The structures with arches or laminated wooden beams, covered with textile membrane or panels, are the right solution to cover the spaces where there is the need to give an aesthetic aspect of prestige.