1. Transparency: Translucency is a prominent feature of membrane structure, which has significant advantages over other materials in both aesthetics and operation; Scatters light, eliminates glare, and can widely diffuse light into its internal space; The internal coating of the material has a high reflectivity, which can maintain the indoor lighting effect at night; Under nighttime backlighting, the surface emits light; Natural lighting saves energy.
2. Energy saving: The membrane structure has a beautiful appearance and creates a natural lighting environment for people. Compared with glass materials, it greatly reduces heat transfer. Compared with opaque materials, it reduces indoor lighting electricity consumption. The use of membrane structures has an impact on energy issues. In tropical regions, it reduces the electricity consumption for air conditioning and cooling; In cold regions, the electricity consumption for indoor heating equipment has increased.
3. Acoustic effect: Building acoustics mainly involves A. eliminating external noise B. absorbing the membrane material of indoor echo membrane structure, which can allow low-frequency noise from 0-60Hz to pass through. For larger areas and higher special requirements, specialized membrane materials can be used to absorb noise; Of course, the ability of membrane materials to reduce and block external noise is limited, so when high requirements are placed on external noise isolation, membrane materials may not be suitable.
4. Fireproof: The membrane material fully meets the requirements of fire safety regulations, so under the allowable height and clearance, the membrane structure is suitable for any type of building. Generally, automatic fire extinguishing systems are suitable for membrane materials, and fire protection design should consider the overall situation.
