【Case of Low-Density Gray Silicon Substrate Board】Xi'an Weiyang Longfor Tianjie Complex

                          National-level Green Design Product

                                Low-density gray silicon-based substrate

       The Xi'an Longfor Paradise Walk project, another masterpiece of Longfor Group in Xi'an, is located in the commercial plot DK3 of the Xi'an Tuanjie Resettlement and Supporting Project. With a total area of approximately 150,000 square meters, it is the largest Longfor Paradise Walk in northwest China. Positioned as the "Ideal Living Space in the North of the City", the project aims to create a comprehensive commercial complex integrating shopping, entertainment and leisure. To ensure the project's environmental friendliness (formaldehyde-free) and building fire safety, Longfor Group carefully considered the selection of project materials and finally decided to introduce low-density gray silicon base boards as the key building fireproof materials.

 Project Details

Project Name: Weiyang Longfor Paradise Walk Complex
Applied Product: Low-density gray silicon baseboard
Used Thickness: 9mm, 12mm, 15mm, 18mm
Application Parts: Ceiling light troughs, baseboards on both sides of the passageway, mother-and-baby lounge, curved ceiling shapes, both sides of elevators, advertising light troughs, member center
Application Area: 10,000 m²
Application Highlights: The low-density gray silicon baseboard has excellent bending performance. Due to its high flexibility, it can easily adapt to various complex curved shapes in the application of this project, meeting diverse design needs.

In the Xi'an Longfor Tianjie project, low-density gray silica base plates are mainly applied in the following aspects:

Curved ceiling and partition wall: In the project, the curved ceiling and the base wall of the passage adopt low-density gray silicon base boards, which effectively replace the traditional wood fire-retardant boards and gypsum boards. This material not only reaches the A1 fire resistance rating, meeting the requirements of fire protection specifications, but also releases no formaldehyde, making it more environmentally friendly and healthy. At the same time, its characteristics of being easy to bend and construct greatly improve the construction efficiency and reduce the construction cost. 

Both sides of the elevator and advertising light trough: In some structural parts that need to bear a certain load, low-density gray silicon base boards are used as structural support materials due to their high strength and stability. Their characteristics of high temperature resistance, oxidation resistance and impact resistance ensure the safe and stable operation of the project under extreme environments. 

Maternity and baby lounge, member center: The maternity and baby lounge and member center of the project are decorated with low-density gray silicon base boards. The surface of this material can be decorated arbitrarily, and it has strong nail-holding power, which can meet various complex decoration needs and enhance the overall aesthetics and sense of quality of the project.

The successful application of low-density gray silicon-based panels in the Xi'an Longfor Paradise Walk project has not only improved the project's quality and safety performance but also brought significant economic and social benefits.

 Enhancing project quality: The high performance and decorative effect of low-density gray silicon-based panels make the project stand out among similar commercial complexes, becoming a landmark building in the northern urban area.

 Reducing construction costs: The characteristics of this material, such as being easy to process and construct, have effectively shortened the construction period and reduced construction costs. Meanwhile, its excellent performance has reduced later maintenance costs, bringing long-term economic benefits to the project. 

Promoting material innovation: The application of low-density gray silicon-based panels in the Xi'an Longfor Paradise Walk project has provided useful experience and reference for the construction industry, promoting the application and development of building fireproof materials in more fields.