High-performance structures, heavy-duty shoring platforms, and precision site levelling machinery certified to international compliance benchmarks.
A diversified industrial powerhouse integrating scientific research, manufacturing, and global commercial trade.
Zhuozhan Group stands as a highly diversified, forward-thinking manufacturing enterprise that seamlessly integrates scientific R&D, heavy steel metallurgy, robotic production, and dynamic global logistics. Headquartered on a foundation of operational transparency and rigorous quality benchmarks, our structure encompasses dedicated international trading hubs such as Laoting Zhuozhan International Trade Co., Ltd., and world-class manufacturing centers including Hebei Shuangyang Metal Structure Co., Ltd.
By positioning structural safety and ergonomic efficiency at the center of material handling and maintenance operations, Zhuozhan Group offers scalable solutions to Fortune 500 construction companies, marine shipyards, thermal power generation plants, and aerospace facilities worldwide.
Founded in 2014, Hebei Shuangyang Metal Structure is a pivotal subsidiary that has rapidly advanced to the forefront of the industry. Occupying a total footprint of 13,132.68 square meters (with an optimized construction facility layout of 7,124.58 square meters), our manufacturing floor runs 14 automated production lines managed by more than 500 highly skilled personnel and engineers. Shuangyang’s manufacturing capacity boasts a staggering annual output of 300,000 tons of structural steel pipes, 1,000,000 tons of ringlock and modular scaffolding systems, and 400,000 tons of adjustable heavy-duty steel props.
An engineering assessment of safety, metallurgical strength, and equipment selection for high-risk industrial work.
Modern construction paradigms are shifting away from localized, labor-intensive structural systems toward highly standardized, modular components. Material handling systems, particularly scaffold access assemblies and shoring equipment, now demand rapid, zero-error erection structures. The industry's push toward minimizing manual construction risks has elevated the importance of ringlock and cuplock systems, which feature integrated wedge joints. These developments align with strict global directives like OSHA Subpart L in the United States and EN 12810/12811 standards across the European Union. These regulatory frameworks focus on structural failure prevention, requiring scaffold components to handle 4x their maximum rated load capacity.
Simultaneously, material safety requirements are driving the adoption of high-yield structural steel alloys like Q355B (equivalent to EN S355JR). Selecting alloys with higher yield strengths reduces structural deadweight while improving load distribution. This balance allows project engineers to specify thinner, lightweight structural walls without sacrificing safety margins.
Environmental exposure degrades unprotected steel structure components on offshore shipyards, thermal boilers, and chemical plants. Atmospheric moisture and chemical vapors trigger oxidation, which compromises structural integrity and increases risk of collapse.
To counteract this corrosion cycle, we implement advanced Hot-Dip Galvanization (HDG). Erupted structural pipes are immersed in a 450°C molten zinc bath, forming a metallurgical bond consisting of distinct zinc-iron alloy layers topped with a pure zinc outer layer. Our processes exceed 80 microns in coating thickness, which extends the operational life of components to 15-20 years in harsh outdoor marine or industrial environments.
Modern logistic fulfillment warehouses rely on high-frequency Automated Guided Vehicles (AGVs) and high-reach forklifts. These smart material handling fleets demand extremely flat industrial concrete surfaces. Even minor floor variations cause high-mast equipment to sway and can disrupt AGV laser positioning sensors.
Our Automatic Leveling Laser Screed systems address this need. Integrating real-time laser emitters and receivers allows these screeds to monitor screed plate heights at 820 updates per second. The resulting industrial concrete slabs deliver exceptional flatness and levelness values, minimizing floor-joint wear and optimizing AGV route efficiency.
Safe vertical operations require rigid and reliable high-altitude access systems. Hydraulic driven electric scissor lifts and intelligent hoist structures replace outdated rope access methods, protecting personnel during maintenance operations. Our OEM hydraulic platforms offer a balance of mobility and stability. Equipped with safety interlocks, tilt sensors, and emergency lowering systems, they maintain stability in wind speeds up to 12.5 m/s. This performance supports maintenance operations in modern high-capacity factories and outdoor setups.
Built on quality first, technological leadership, and comprehensive global logistic networks.
Our ringlock systems carry rigorous quality certifications, including EN 12810/12811 compliance and ISO 9001 registration. Built with high-strength galvanized steel, they feature rigid node connections and a modular design that speeds up installation.
Laoting Zhuozhan International Trade designs custom configurations for challenging projects. By understanding structural load limits, wind loads, and ground support values, we match systems to specific site demands.
With projects spanning more than 30 provinces in China and exports across Europe, North America, Southeast Asia, and Africa, we leverage structured logistics networks for on-time delivery.
40,000 square meter facility with over 200,000 tons of annual capacity.
15 national patents secured for structural joints and safety lock designs.
Close proximity to three major northern ports: Jingtang, Caofeidian, and Tianjin.
Over 20 structural design engineers delivering safe load-bearing layouts.
Dedicated focus on structural safety systems and high-altitude machinery since 2012.
Collaborations with state-owned and central enterprises like China Construction 4th & 8th Engineering Divisions.
Q355B base metal provides support capacities up to 10 tons per standard.
Dedicated engineers assigned to each account with a target 24-hour query response.
How we produce our vertical and horizontal elements while managing emissions and raw material efficiency.
Reviewing our structural installations and safety systems in large-scale infrastructure projects worldwide.
Shoring systems supporting heavy concrete slab pours on high-capacity transportation structures.
Quick-connect frame scaffolding providing access for facade refurbishment on historical masonry buildings.
Cuplock scaffolding arrays providing access for high-temperature maintenance on boiler systems.
Integrated access networks supporting overhead line maintenance in industrial environments.
High-load ringlock scaffolding managing access on deep concrete structural faces.
Temporary structural arrays providing load support for equipment installations.
Examine our production processes, raw material inventory storage, and welding lines through video.
Our manufacturing processes are verified by international testing bodies, including EN 12810, EN 12811, and ISO 9001.
Addressing structural safety, load tolerances, and compliance standards for project managers.
Our complete line of certified shoring components, modular scaffolding systems, and leveling machinery.
Next-generation developments in construction safety, structural materials, and automation.
Integrating passive RFID tags into scaffolding standards to automate inventory checks and track service cycles.
Developing lightweight structural shoring props with high load ratings to reduce worker fatigue and speed up site setup.
Adopting electric arc furnace steelmaking processes to reduce carbon footprint per ton of scaffolding produced.
Connect with our design division to configure structural solutions, access platforms, or leveling machinery for your next project.
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