gowe steel prop
Scaffolding Steel Tube-1
AluminIum Beams GOWE Group
British Drop Forged Board Retaining Coupler-1
Frame Scaffold-1
scaffolding plank-gowe
Single-sided Support Formwork System GOWE
GOWE High-Strength Stainless Steel Formwork System (2)
Aluminum Table Formwork GOWE
GOWE Timber Beams H20 (7)
Aluminium Formwork for sale,rental-GOWE
Wind Power & Hydropower Formwork
GOWE Precast Formwork
GOWE Waterproof MembraneInstallation Trolley
Segmental Assembly Formwork
GOWE-Hanging Basket Formwork
GOWE PIER FORMWORK
Single layer thin wall space lattice shell
Waterproof trolley
Segment bearing pedestal -2 (2)
High-rise frame structure
Gantry type steel frame workshop
Steel truss girder bridge
GOWE Electric Mast Climbing Work Platform
protection platform-gowe
Cantilever Formwork GOWE
Gowe Aluminum Formwork Project Stellar Science Park Dr

Stellar, Singapore

Located in the heart of Singapore’s technology and innovation hub at Science Park Dr, the Stellar project is a high-profile commercial development comprising integrated hotel and office spaces. A critical component of this project’s foundation is the construction of robust retaining walls designed to manage the site’s unique topography. For such a sophisticated urban development, precision and structural integrity are essential. GOWE was appointed to provide advanced Aluminum Formwork solutions, ensuring that the critical retaining structures were executed with industrial-grade accuracy and efficiency.

Project Details

Located in the heart of Singapore’s technology and innovation hub at Science Park Dr, the Stellar project is a high-profile commercial development comprising integrated hotel and office spaces. A critical component of this project’s foundation is the construction of robust retaining walls designed to manage the site’s unique topography. For such a sophisticated urban development, precision and structural integrity are essential. GOWE was appointed to provide advanced Aluminum Formwork solutions, ensuring that the critical retaining structures were executed with industrial-grade accuracy and efficiency.

 

retaining wall gowe formwork project

 

GOWE Solution

For the Stellar retaining wall engineering, the project required a formwork system that could handle heavy-duty structural requirements while maintaining the high aesthetic standards of a premium hotel and office complex. GOWE provided a customized aluminum formwork system specifically optimized for retaining wall applications.

Our aluminum panels are engineered for superior rigidity and lightness, allowing the construction team to assemble the forms with minimal mechanical assistance—a significant advantage in the constrained site conditions at Science Park. The GOWE Aluminum Formwork system ensured high-precision alignment and a “fair-faced” concrete finish that meets Singapore’s strict architectural codes for commercial developments. Furthermore, the rapid cycle times and high reusability of our aluminum panels provided a sustainable and cost-effective solution for the contractor. By delivering this high-performance engineering framework, GOWE has reinforced its position as a reliable partner for Singapore’s most iconic commercial and mixed-use projects—anytime, anywhere.

Facebook
Twitter
LinkedIn

Related Solutions

Related Products

Related articles
Slab Formwork Safety: Best Practices for Construction Sites
Why is Slab Formwork Safety Critical for Modern Construction...
Formwork Frame Systems: The Ultimate Guide to Essential Components for Concrete Structures
In the fast-changing world of global building projects,...
Why Telescopic Steel Props are the Preferred Choice for Shoring?
What is a Steel Prop? In the world of construction,...
Top 5 Scaffolding Safety Tips for 2026 Construction
Why is Scaffolding Safety More Critical Than Ever in...
How to Optimize Labor Costs with Efficient Slab Formwork Systems
Why Are Labor Costs Soaring in Concrete Construction? The...
Sourcing Guide: Navigating China’s Scaffolding & Formwork Industrial Clusters 2026
China dominates the global landscape as the premier...