The editor believes that the utilization rate of membrane structure carports has reached a level in our lives, but not everyone knows the lighting characteristics of membrane structure carports. In order to have a deeper understanding of the membrane structure carport, today we will learn about the light characteristics of the membrane structure carport.
1. High daylighting coefficient
The sunlight shining on the roof is transmitted into the room in the form of diffused light. From the inside, the roof becomes a continuous bright side, whose intensity changes due to the relative position of the roof to the sun. The daylighting coefficient (that is, the ratio of the natural light intensity of the indoor and outdoor surfaces) of the tension film structure is generally as high as 10%; in traditional construction, the light can only enter the room through limited daylighting windows, and the daylighting coefficient is less than 3 %. Even in a cloudy day, the light level in the membrane structure room can meet the basic requirements of most activities.
2. No glare
Because the transmitted light and reflected light entering the membrane structure room are diffuse light, glare is unlikely to emerge. However, it is necessary to consider the arrangement of the glass lighting area and shading to avoid the glare caused by direct light.
3. Good color
In the interior of the membrane structure carport, people will have a good color perception of white or off-white membrane materials, because these two colors show the characteristics of linear spectrum transmission of visible light. The degree of transmission increases with the wavelength of the transmitted light, which makes the transmitted light slightly warmer than the incident light. The transmission spectrum is different from the fiber and its characteristics, the thickness of the coating, and the additional surface layer. The manufacturer should give more specific information. The transmission spectrum of PTFE-coated glass fiber membranes compared to PVC-coated polyester fiber membranes.
The original text is compiled from Shanghai Shows A Membrane Structure Co., Ltd.
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