Core Areas: Public Buildings and Lifeline Engineering
This type of building needs to continue operating after a major earthquake and is the primary and mandatory field for the application of isolation technology.
Medical facilities: hospitals, disease control centers, emergency centers
Application value: Ensuring that after a major earthquake, medical institutions can not only avoid structural damage but also have their internal precision instruments, surgical equipment, and life support systems operating normally, thus becoming the core of disaster relief.
Educational facilities: Primary and secondary schools, kindergartens, universities
Application value: Students are densely populated and evacuation is difficult. Isolation technology provides precious time for personnel evacuation and ensures that buildings do not collapse, making them reliable emergency shelters.
Emergency command centers: fire stations, police stations, government command centers
Application value: Ensuring the smooth operation of the post-earthquake command system is the central nervous system of disaster relief actions.
Business, culture and infrastructure fields
This type of application focuses on protecting property, economic value and cultural treasures.
Commercial and landmark buildings: super high-rise office buildings, luxury hotels, large shopping centers
Application value: Besides significantly enhancing the security level, it is also a high-end selling point of the project. Protect internal assets, ensure business continuity, and attract tenants and users who value security.
Data centers and communication hubs
Application value: Server cabinets are extremely sensitive to vibration. Isolation technology can protect expensive IT equipment from earthquake damage and ensure the uninterrupted operation of global data services. Its economic value is immeasurable.
Cultural heritage protection: museums, archives, historical ancient buildings
Application value: Protecting non-renewable cultural relics and invaluable cultural heritage. For ancient buildings, isolation reinforcement is a "minimum intervention" protection method that can effectively prevent structural damage.
Transportation hubs: airport terminals, high-speed railway stations, and important Bridges
Application value: Ensuring the smoothness of transportation channels for rescue personnel and materials after an earthquake is of vital importance for post-disaster reconstruction.
Industry and special fields
Such applications are directly related to safe production and the prevention of secondary disasters.
Hazardous materials facilities: nuclear power plants, chemical plants, energy bases
Application value: Prevent catastrophic secondary disasters such as nuclear leakage, chemical explosion or fire caused by structural damage due to earthquakes, and protect the environment and public safety.
Precision Manufacturing and laboratories: Chip factories, biological laboratories, research centers
Application value: Protecting precision instruments and production lines worth hundreds of millions or even billions of yuan. Even the slightest vibration can cause huge economic losses. Isolation technology ensures the stability of production and the continuity of research and development.
High-end residences and health and wellness communities
Application value: An increasing number of high-end real estate development projects and nursing homes are beginning to adopt isolation technology, taking "safety" as the core living value and providing ultimate psychological peace for residents.