Ringlock Scaffolding Platform for Bridge Renovation Project in TianJin, China.

Project Overview

The municipal government of TianJin launched a major bridge renovation project requiring safe and flexible access platforms for concrete repair, painting, and lighting system upgrades. Due to the bridge’s curved structure and the need to work above water, a ringlock scaffold system was chosen as the primary solution.

Location: TianJin, China

Project Type: Infrastructure – Bridge Renovation

Scope: Exterior access scaffolding, suspended platforms, and maintenance towers

Project Challenges

Working at height above a busy waterway.

Complex curved structures requiring adjustable scaffold tubes and modular design.

Need for safe, non-slip scaffold planks for workers handling heavy tools.

Limited installation time to reduce traffic disruption.

Our Solution

Zhuozhan Industrial supplied a steel ringlock scaffolding system with modular design:

Ringlock scaffolding rosettes and ledgers ensured quick and secure connections.

Scaffolding tower sections built for high-strength vertical access.

Scaffolding accessories and clamps enhanced flexibility in irregular areas.

Steel deck scaffold planks provided durable, anti-slip working platforms.

Scaffolding ladders integrated for safe vertical movement between levels.

Execution Process

Design Phase – Engineers created a layout tailored to the bridge’s unique geometry.

Installation – The ringlock scaffolding components were assembled quickly, minimizing disruption to nearby traffic.

Renovation Work – Teams performed concrete reinforcement, surface painting, and lighting installation using stable platforms.

Dismantling – After completion, the entire ringlock scaffold set was dismantled and reused for future infrastructure projects.

Outcome & Benefits

Safety: Stable scaffolding system even in windy riverfront conditions.

Efficiency: Modular design shortened installation and dismantling time.

Durability: Steel ringlock scaffolding ensured long service life and corrosion resistance.

Cost Savings: Reusable scaffolding system reduced overall project scaffolding cost.

Client Testimonial

“The ringlock scaffold system gave us the flexibility we needed for this bridge project. It was safe, quick to assemble, and reusable for future infrastructure works.”
— Chief Engineer, TianJin Bridge Renovation