Shenzhen Peninsula Estate Garden
Project Background
Luxury coastal residential developments need not only to provide stable long-term water supply for large communities, but also to address coastal environmental conditions, long-term building use, and the higher reliability requirements of concealed plumbing systems in premium residences.
Peninsula Estate Garden is located in the Shekou area of Nanshan District, Shenzhen, closely connected to the Shenzhen Bay waterfront. The project features a modern and minimalist coastal architectural complex, with premium club facilities, cultural and creative commercial spaces, specialty dining, international education, and other lifestyle amenities. Its main residential units range from approximately 76.4 to 220.87 square meters, with two- to five-bedroom layouts.
For a high-quality coastal residential development of this type, the building water supply system needs to serve a large number of residents over the long term. A large proportion of the piping is concealed within pipe shafts, walls, ceilings, and public areas, placing high requirements on pipe corrosion resistance, connection stability, and long-term system performance.
Key Project Requirements and Challenges
Coastal Environment Requires Higher Corrosion Resistance
Located in Shenzhen's coastal area, the project needs to consider local environmental conditions and long-term operating requirements when selecting pipe materials and corrosion resistance levels for the residential water supply system.
Large Residential Scale Creates a Complex Water Supply Network
Large residential communities include multiple residential buildings, public areas, and supporting facilities. Long piping distances and numerous branches require stable water supply and coordinated operation across different areas.
Concealed Piping Can Be Costly to Repair
After residential units are delivered, a large proportion of water supply piping remains concealed within walls, pipe shafts, and interior finishes. If piping failures occur, repairs may increase costs for both residents and property management, making system reliability at the initial construction stage especially important.
Different Pipe Diameters Require Suitable Connection Methods
Residential projects involve different pipe diameter requirements from main pipelines to building entry lines and internal branches. Appropriate connection methods need to be selected for different pipe sizes to create a complete piping system while maintaining installation efficiency.
Franta Solution
Based on the coastal residential environment and large-community water supply requirements of Shenzhen Peninsula Estate Garden, the project adopted Franta 316L stainless steel piping systems with a combination of single press-fit and grooved connections, providing a reliable piping foundation for the residential building water supply system.
316L Stainless Steel Piping System
The project uses 316L stainless steel pipes with good corrosion resistance, making them well suited to coastal residential projects with higher requirements for corrosion resistance and long-term stability.
Combination of Single Press-Fit and Grooved Connections
Suitable connection methods are selected according to different pipe diameters and installation locations. Small- and medium-diameter pipelines use single press-fit connections, while larger-diameter pipelines can use grooved connections, improving the adaptability of the piping network across different areas.
Complete Stainless Steel Piping System
Stainless steel pipes, press-fit fittings, grooved fittings, and other related products are combined into an integrated system, providing a product foundation for piping connections across different buildings and pipe diameters within the residential development.
Project Technical and Service Support
Franta can provide product supply, technical coordination, installation support, and subsequent services according to project progress, supporting the implementation of the stainless steel piping system throughout the residential development.
Project Value
Suitable for Coastal Environments
316L stainless steel pipes offer good corrosion resistance, providing a reliable piping foundation for long-term operation in coastal residential environments.
Stable Water Supply
The integrated stainless steel piping system supports the long-term water supply requirements of a large residential community with multiple buildings and functional areas.
Efficient Connections
The combination of single press-fit and grooved connections allows flexible configuration for different pipe diameters while balancing installation efficiency and on-site adaptability.
Long-Term Durability
The stainless steel piping system is well suited to the durability and long-term operating stability requirements of concealed plumbing in premium residential developments.
Service Support
From product supply and technical coordination to installation support and after-sales service, Franta provides ongoing support for piping system implementation and long-term use in residential projects.
Application products
Application Products
Project service support
Project Implementation and Service Support
During project execution, Forte not only focuses on product delivery itself but also places great emphasis on engineering coordination and service responsiveness. In response to the demands of commercial real estate projects for both engineering efficiency and delivery quality, our service support can be structured around the following areas:
01
Initial proposal communication
Provide product selection and system integration recommendations tailored to the project’s application scenarios.
02
Mid-term supply coordination
Coordinate with the project timeline to advance document verification, product procurement, and on-site coordination.
04
Installation process supported
We provide installation coordination, construction support, and issue‑resolution assistance tailored to your specific needs.
04
After-sales service and support
Provide ongoing after-sales support to ensure the smooth operation and effective use of the project following delivery.