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Knowledge

Tensile membrane Structure is a new type of building structure developed in the middle of the 20th century. It is made up of a variety of high-strength & thin fabric materials and reinforcing members (steel frame, steel column and steel cable). Stress forms a big spatial structure that supports the covering lightweight fabric membrane and can withstand external loads.

Tensile membrane structure technology is applied to a category in the field of architectural engineering. The fabric structure engineering includes modeling design, mechanical analysis, fabric cutting design,  fabric production and installation, the fabrication and installation of support structures or components. It is a multidisciplinary cross-application project integrating architecture, engineering structure and materials science.

Sustainability

“What is more sustainable than using less material?”
In the era of sustainable development that has become a buzzword for business and an expectation of customers. Every BDiR Inc. people are working hard to achieve sustainable development!

Sustainable materials
By using a translucent stretch fabric membrane, such as PVDF, PTFE, insulated tensile membrane or transparent ETFE membrane, daylight is maximized inside the building, reducing the cost of electrical lighting. The color of the fabric helps to reflect heat and glare.

Sustainable design
Membrane structures can use a minimum of material to enclose a large space and the fabric is recyclable. Our designs typically use rainwater drainage and collection systems to protect materials and support the environment.

Sustainable building
The use of stretch fabrics to make large free span roofs reduces the number of supporting steel structures required. This makes construction easier, faster and more energy efficient than traditional architectural design.

Sustainable transportation
All components are prefabricated, compact and lightweight, which greatly reduces transportation energy and transportation costs!

Sustainable life
Architectural textiles can be extremely durable and have a long life span of more than 15 - 30 years. Many fabrics can be recycled and reused.