How Fabric Facade Works
Fabric Facade operates based on the insulation, heat reflection and light regulation capabilities of high-tech fabric materials. When sunlight shines on, the special fabric layer will effectively reflect or absorb heat, thereby reducing the thermal impact on the inside of the building by 70%. At the same time, Fabric Facade allows natural light to pass through reasonably, making the interior space brighter without being hot, bringing comfort and significant energy savings.
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Structure and Function of Fabric Facade
Fabric Facade is composed of two main components:
Fabric material:
Insulation capacity: High-tech fabric materials such as MESH, PVC/PES PVDF, PTFE or ETFE are designed to reduce heat absorption, helping to maintain cool temperatures inside the building.
UV protection: This material has the ability to block ultraviolet rays, protecting the interior space from the harmful effects of sunlight and harsh weather.
Flexibility: Fabrics can be printed with patterns, colors or incorporate LED lighting to create special aesthetic effects.
Flexiiform_Tensile facade mesh
Tensioning system and steel frame:
Aluminum or stainless steel frames keep the fabric taut and flat, preventing sagging or warping under the influence of weather.
The tensioning system ensures the durability and stability of the facade, even when subjected to strong winds or heavy rain.
How Fabric Facade Reduces Thermal Impact
Fabric Facade takes advantage of the heat reflecting and absorbing properties of fabric materials:
Sunlight reflection: The fabric is designed to reflect most of the sunlight, helping to reduce heat transfer into the building.
Effective insulation: The air between the fabric and the building surface creates a natural insulation layer, preventing heat from penetrating deep inside.
Reduce energy use: Thanks to its ability to regulate heat, buildings using Fabric Facade significantly reduce air conditioning costs, contributing to the goal of energy saving and sustainable development.
Light Control Ability
Fabric Facade not only insulates well but also controls natural light:
Diffused light: The fabric allows light to pass through gently, keeping the interior space bright without being glaring.
Reduce use of artificial lights: Making effective use of natural light helps reduce energy consumption for lighting.
Suitable for projects: From shopping malls to offices and homes, Fabric Facade's light-regulating capabilities enhance the quality of living spaces.
Weather Resistant
Fabric Facade is designed to perform effectively in all weather conditions:
Wind resistance: The fabric tensioning system ensures that the facade is always stable against the effects of strong winds.
Water resistant: The fabric layer is waterproof, preventing moisture from entering the building.
UV protection: Protects both buildings and people from the negative effects of ultraviolet rays.
Practical Applications of Fabric Facade
Fabric Facade has been successfully applied in many types of construction thanks to the principles of insulation and light regulation:
Commercial and office center: Heat reduction prevents direct light from entering the building, reduces energy consumption such as air conditioning and increases aesthetics.
Theaters and museums: Good weather resistance and light control to protect artifacts and interior spaces.
Stadium: Suitable for large areas such as stadiums, easy to install and provides ventilation while still protecting against weather effects.
Why Is Understanding Fabric Facade Principle Important?
Understanding how Fabric Facade works helps architects and developers take full advantage of the system’s benefits. From reducing thermal impact, saving energy, to improving the quality of interior spaces, Fabric Facade is not only a design solution but also a useful tool in developing sustainable buildings.
Conclude
Fabric Facade is the perfect combination of technology and art in modern architecture. Based on the principles of insulation, heat reflection and light regulation, Fabric Facade not only brings aesthetic beauty but also helps save energy and protect the environment. Understanding the operating principle of this system is an important step to effectively apply it in constructions, thereby optimizing the benefits that Fabric Facade brings.
