Formwork
We delivers high-performance formwork solutions designed to achieve unparalleled efficiency, precision, and economy in modern concrete construction. Engineered with precision, our formwork systems ensure every pour results in a smooth, flat, and dimensionally accurate concrete surface, significantly reducing the need for post-treatment and saving project time and costs.

What we offer
Our projects
Guiyang Olympic Center Renovation Project, China
This project involved a comprehensive renovation of the curved seating canopy of an existing large stadium. The ringlock scaffolding system provided a customized and safe solution for high-altitude maintenance work by adapting perfectly to the building's unique curved geometry with its flexible erection capability.
Shijiazhuang Tongfu Shared Warehouse
This project involved building a modern, automated logistics warehouse with large spans and significant ceiling height. Faced with challenges of vast area and heavy loads, ringlock scaffolding provided a safe and efficient working platform for roof steel structure installation and interior work, thanks to its outstanding stability and load-bearing capacity.
Shenzhen Park Digital Industry Base Project
This project involved a multi-functional commercial complex including a mall, office tower, and hotel. ringlock scaffolding enabled multi-trade collaboration, enhanced flexibility, ensured on-time completion, and reduced risks.
A new bridge project in Xiongan New Area, China
This project involves a new bridge construction project in a complex environment. The Ringlock scaffolding provides stable support, adapting to the bridge's curved structure, ensuring construction accuracy and safety while minimizing impact on traffic.

Baoding City Lianchi District Urban Village Renovation Project
The project is located in Lianchi District, Baoding City. It is a 25-story residential building. It uses ringlock scaffolding, which can be quickly disassembled and assembled, greatly improving work efficiency, ensuring worker safety, and shortening construction period.






