Engineered components designed to meet strict international standards, ensuring stability under extreme load dynamics.
In mega-infrastructure projects, temporary construction support systems represent the critical dividing line between operational safety and structural failure. The design, load capabilities, and environmental adaptability of scaffolding, shoring systems, and formwork directly dictate concrete curing quality and overall structural alignment. Modern civil engineering demands structural solutions that offer high load-bearing efficiency combined with streamlined, labor-saving installation processes.
By shifting standard materials from generic carbon steel to grade Q355B alloy steel, the ultimate structural carrying capability increases substantially. A single vertical load post can support up to 10 tons (100 kN)—1.5 times the capacity of standard pipes. This reduction in required vertical columns optimizes workspace access and reduces construction footprint requirements.
Additionally, modern logistics demand that temporary components transition toward reusable, modular materials. High-strength reusable plastic formwork represents a major technological leap, offering a service life exceeding 60 pour cycles with no physical degradation. This performance effectively reduces reliance on traditional plywood formwork systems, supporting sustainable green construction targets.
Higher tensile strengths ensure structural integrity under dynamic wind loads and asymmetric concrete pouring pressures, offering a resilient safety margin for high-rise shoring.
Fully compliant with European structural scaffold certifications. Every component undergoes strict structural verification, load testing, and fatigue calculations.
Hot-Dip Galvanizing provides an average zinc layer thickness of >80μm, securing an outdoor service life exceeding 15 to 20 years in highly humid or offshore marine environments.
Zhuozhan Group is a diversified and innovative enterprise that seamlessly integrates scientific research, manufacturing, and sales. With a robust portfolio of subsidiaries, including Laoting Zhuozhan International Trade Co., Ltd. and Hebei Shuangyang Metal Structure Co., Ltd., Zhuozhan Group has firmly established itself as a key player in the construction and manufacturing industries.
Our key subsidiary, Hebei Shuangyang Metal Structure Co., Ltd. (founded in 2014), represents the manufacturing hub of our temporary support products. Occupying a total area of 13,132.68 square meters (with a structural construction footprint of 7,124.58 square meters), our plant is run by over 500 skilled technicians and engineers operating more than 150 advanced metalwork fabrication machines.
By collaborating with state-owned and central enterprises like the China Construction Eighth Engineering Division and China Construction Fourth Engineering Division, our design teams customize engineering schemes tailored to high-density shoring layouts.
A transparent look at our manufacturing processes and emission control steps, guaranteeing structural accuracy and environmental compliance.
Precision-engineered structural verticals designed to bear axial shoring pressures.
Automated sawing of Q355B steel pipe stocks. Monitored for noise (N) and solid scrap (S) recycling.
Automated hydraulic press punching for spacing nodes. Strict dimensional tolerance checking.
Welding of connecting rosettes with extraction hoods to capture welding fumes (G).
Immersive thermal zinc bath treatment for long-term corrosion resistance in harsh environments.
Designed to provide structural rigidity and withstand lateral wind forces.
Precision steel pipe cutting. Residual steel scraps are systematically gathered for recycling.
End flattening and slot punching to prepare for heavy-duty cast wedge lock attachments.
Robotic welding of ledger ends. Fume filtration systems capture airborne particulates.
High-pressure mechanical riveting of the structural wedge lock pins, followed by dynamic load tests.
How Zhuozhan Group combines manufacturing capacity, geographic logistics, and engineering expertise to support global projects.
Our 40,000m² manufacturing facility outputs over 200,000 tons annually, meeting high-volume procurement schedules.
Our 20+ member design team utilizes structural calculation software to customize configurations for complex engineering projects.
Located close to three major ports (Jingtang, Caofeidian, and Tianjin Ports) to optimize international shipping times.
Intuitive connection configurations enable workers to build 150-300m² daily—3 to 5 times faster than traditional tube-and-clamp setups.
Our temporary support systems have been utilized in complex infrastructure projects worldwide.
High-stability shoring layouts over soft marine soils.
Heavy-duty support towers built to withstand high hydraulic discharge vibrations.
Engineered curved formwork assemblies configured for overhead concrete arches.
High-load slab shoring solutions for automated manufacturing plants.
Suspended Ringlock scaffolding systems for over-water deck rehabilitations.
High-corrosion-resistant scaffold setups for ship hull maintenance.
Heat-resilient suspended steel platforms for inner furnace overhauls.
Wind-load resistant perimeter scaffold structures for supertall towers.
Watch our automated production lines and structural testing procedures in action.
Zhuozhan Industry products comply with global construction safety certifications.
As civil engineering transitions toward smart infrastructure and lower carbon footprints, temporary structural engineering is adapting. Zhuozhan Group is active in three primary development sectors:
Integrating strain gauge sensors and wireless IoT transmitters into primary vertical shoring posts. This allows structural engineers to monitor real-time load distributions during active concrete pours, warning teams before structural limits are reached.
Replacing heavy steel sheeting with composite carbon-reinforced engineering plastics. These new modular formworks reduce structure weights while remaining robust enough for over 100 uses, reducing total emissions per project.
Self-climbing hydraulic shoring systems reduce reliance on high-altitude manual labor. These automated setups move up high-rise concrete cores via remote operations, improving installation speed and site safety.
Technical guidance on temporary structure selection and safety certifications.
High-strength connection clamps, specialized formwork boards, and modular shoring products to complete your project requirements.
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