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Inside Vanke Shuangyue Bay: How 10 Advanced Technologies Are Transforming Industrial Construction

Shuangyue Bay Project Overview

Shuangyue Bay Phase II Site

The Shuangyue Bay project marks Shenzhen Vanke’s first application of industrial standardized products. The Phase II development covers approximately 320,000 square meters and includes 28 mid-rise and 13 high-rise buildings. Its design boasts a high degree of replicability, making it ideal for industrialized construction methods.

Shuangyue Bay Construction Progress

Building Design

The project integrates 10 advanced technologies and management tools, including aluminum formwork, high-rise construction lifting platforms, early municipal infrastructure, finely controlled interior decoration, factory prefabrication, light steel keel partition walls, and integrated bathrooms.

Advanced Construction Technology

Light Steel Keel Partitions

Prefabricated Wall Panels

▲ The project fully employs cutting-edge methods such as aluminum molds, light steel keel gypsum board internal partitions, and lightweight prefabricated wall panels.

Concrete Structural System

▲ High-rise buildings utilize a complete concrete structural system.

Aluminum Alloy Formwork

Throughout construction, aluminum alloy formwork technology ensures superior wall quality, enhances wall accuracy, and enables the elimination of external wall plastering.

Light Steel Keel Gypsum Board Walls

▲ Interior partition walls use light steel keel gypsum board, removing the need for interior plastering. Factory precision manufacturing prevents hollowing and cracking common in traditional plastering.

High-rise Construction Lifting Platform

Safety Management in High-rise Construction

The high-rise structures feature construction lifting platforms, which reduce the number of safety checkpoints and enhance both safety and the project’s professional image.

Project Process Planning

During construction, detailed planning coordinated the interweaving of various processes and components to ensure smooth implementation.

For example, in a 33-story high-rise building:

Layer N (Top Floor)

Main Structure Construction

▲ Main structural construction

Layer N-1

Concrete Base Treatment

Demoulding and Surface Treatment

▲ Demoulding and treatment of the concrete base surface

Layer N-2

Waterproofing Installation

Drainage Riser Installation

▲ Installation of indoor floor waterproofing and drainage risers

Exterior Wall Putty Application

▲ Beginning of exterior wall putty application

Layer N-3

Concrete Wall Construction

▲ Construction of concrete pounding walls

Aluminum Frame Installation

▲ Installation of aluminum alloy frames and railings

Floor Waterproofing

Waterproofing Detail

Waterproofing Installation

▲ Installation of floor waterproofing

Exterior Wall Putty Completion

▲ Completion of exterior wall putty and primer application

Layer N-4

Lightweight Partition Boards Installation

▲ Installation of lightweight partition boards in public areas

Electrical Piping and Wiring

▲ Electrical piping and wiring

Layer N-5

Decoration Materials Transport

Material Layout

▲ Transport and placement of fine decoration materials

Layer N-6

Indoor Tile Installation

▲ Indoor tile laying

Layer N-7

Light Steel Keel Partition Construction

▲ Construction of light steel keel partition walls

Gypsum Board Ceiling Installation

▲ Gypsum board ceiling installation

Industrialized Factory Setup

The Vanke Shuangyue Bay Phase II project promotes factory production, shifting away from traditional on-site material processing management. It pioneers the use of industrialized centralized factories on-site with two factories established along the project’s central axis.

Automated Reinforcement Processing

These factories are equipped with fully automated computerized machines for hoop reinforcement processing, enabling semi-mechanized centralized handling of materials such as steel bars, tiles, light steel keel, and gypsum boards.

Material Transport Machinery

After packaging, semi-finished products are transported vertically and horizontally using machinery like forklifts, dump trucks, and tower cranes.

Improved Processing Quality

This approach enhances processing quality, reduces material handling, lowers temporary construction costs, and improves the overall factory environment.

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