【Fireproof and Formaldehyde-free, a Quality Choice】Application of Low-Density Gray Silica Base Board in Chang'an Cloud Project

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       In the field of modern architecture, the equal emphasis on safety and aesthetics has become a common trend, especially in public buildings and important projects, where there are demands for material safety, durability, and aesthetics. 

        The Chang'an Cloud Project is a key project undertaken by Shaanxi No.1 Construction Group Co., Ltd. Located in Shaanxi Province, it is an important part of the north plot of the "Belt and Road" Cultural Exchange Center series of public construction projects, which is a supporting project for the 14th National Games. The project aims to create a high-quality project, ensure the "Chang'an Cup", and strive for the Luban Award. Therefore, the project team has conducted in-depth research and investigation on the selection and application of building materials.

        During the construction of the project, the design team and material experts explored together and finally chose Yuanyang Weili low-density gray silicon baseboard as one of the key materials. This choice is not only based on the performance advantages of the material, but also takes into account the actual needs and long-term planning of the project.

 Project Details

Project Name: Chang'an Cloud Project
Application Product: Low-density gray silicon base board
Used Thickness: 9mm, 12mm, 15mm
Application Position: Partition walls, ceilings
The main body of the project is designed by China Construction Northwest Design Institute. After completion, it will house the Shaanxi Science and Technology Museum, Xi'an Urban Planning Museum, and Meteorological Museum. Together with Chang'an Le, Chang'an Academy, and the Olympic Sports Center, it will become new landmark buildings in Xi'an.

Highlights of Product Application:

 1. Meeting the Party A's high standard of Class A fire resistance: The low-density gray silicon baseboard strictly complies with and exceeds the Class A fire resistance requirements specified by Party A, providing protection for safety. 

2. Zero formaldehyde emission, eco-friendly gray silicon board creates a healthy space: The raw material of the low-density gray silicon baseboard is inorganic material, which fundamentally eliminates the release of harmful substances such as formaldehyde, has no pungent odor, and creates a green and healthy living environment.

 3. Innovative construction technology, no need for grooving, free presentation of inner and outer arcs: The low-density gray silicon baseboard enables precise construction of inner and outer arcs without grooving, which not only simplifies the construction process but also improves the overall aesthetics, demonstrating a high level of craftsmanship. 

4. Moisture resistance and anti-deformation: Considering that the project is located near the Ba River with heavy humidity, its excellent moisture resistance effectively avoids problems such as wall sagging and yellowing caused by moisture, ensuring the durability and stability of the decoration effect. 

5. Direct putty scraping, simplifying the process and reducing construction costs: The surface of the low-density gray silicon baseboard does not require complex pre-treatment and can be directly subjected to putty construction, which greatly shortens the construction period, reduces the comprehensive cost, and provides customers with a more economical and efficient decoration solution.

         The innovative application of low-density gray silicon-based laminates in the Chang'an Cloud project fully demonstrates the excellent performance and broad application prospects of this material. It not only improves the overall performance of the building but also brings significant economic and social benefits. In the future, with the continuous advancement of science and technology and the sustained development of the construction industry, low-density gray silicon-based laminates will be widely used in more fields, contributing more to the modernization of cities.