An Architectural Membrane, also known as a tensile stru […]
An Architectural Membrane, also known as a tensile structure, is an ideal material for a wide range of applications. Among other things, it offers great design flexibility. It can be custom-fabricated into a variety of shapes and sizes, and is also available in pre-assembled modules. Examples of buildings that utilize this material include the Talisman Center in Calgary, Alberta, Canada, the Millennium Dome in the United Kingdom, the Denver International Airport, and the RCA dome in Indianapolis, Indiana.
Architectural Membrane structures can be made of two or three layers, with the outer layers being made of flexible, strong materials. The top layer can be composed essentially of aerogel, or it can be another porous material. This material provides a barrier to outside elements, such as the sun's rays.
Besides offering increased thermal insulation, an Architectural Membrane also exhibits excellent abrasion resistance and rot resistance. In addition, it resists mold and mildew and is UV stabilized. The structural calculations of a tensile membrane structure must include the necessary loading cases and load combinations. They must also specify the maximum reactions of the supporting structure. These results should be noted in the design analysis. This should be reviewed and approved by an engineer. The final product must meet all the requirements of an engineer's approval.
An Architectural Membrane structure can be transparent or translucent and be used for various types of architectural applications. Some can even withstand accumulated snow. Some Architectural Membrane Manufacturers also have good thermal insulation and are resistant to fire. These characteristics make them a useful choice in a variety of architectural applications. For example, translucent Architectural Membranes can reduce the need for artificial lighting in buildings. They also reduce heating and cooling costs while retaining the same overall strength as an insulating system.
Typical Architectural Membrane structures can be made of two or more plies. The tensioned membrane structure carries a tension only and is therefore resistant to bending and compression. As long as the tension is low, these structures meet the requirements of an Industry Standard. However, this does not mean that they are the only structural membranes available.
Air Dome Membrane
Business Type:Manufacturer, Exporter
Specification:According to customer requirements
Delivery time:Usually shipped 30 days after order confirmation