The global shift toward high-efficiency, sustainable industrial setups calls for modern structural and scaffolding designs. Industrial complexes, massive gigafactories, and high-tech warehouses present unique construction challenges: tall clearances, high dead loads, and strict safety requirements. Traditional scaffolding systems often fall short when dealing with the demands of modern fast-track factory builds.
Using premium raw materials like Q355B and Q235 steel, modern manufacturers produce heavy-duty scaffolding planks designed for high load capacity, safety, and longevity. Incorporating hot-dip galvanized finishes enables these structures to withstand harsh industrial environments, chemical fumes, and extreme outdoor weather. This resilience prevents structural corrosion, preserving the load-bearing integrity of construction projects.
By shifting from wood to lightweight, high-performance steel planks, contractors achieve a longer product lifespan and support circular economy goals through 100% recyclable components. Designed to work seamlessly with Ringlock, Cuplock, and standard frame scaffolding, modern steel planks form a reliable foundation that increases site efficiency and safety across the industrial landscape.
Hebei Shuangyang Metal Structure Co., Ltd. applies extensive engineering expertise to manufacturing high-quality scaffolding steel planks. Operating with over 150 advanced machinery setups, we focus on precision manufacturing where the margins of error are restricted to within ±1mm. Every step, from automated cutting to robot welding, is engineered to exceed global safety standards like EN 12810/12811 and ISO 9001.
Zhuozhan Group integrates scientific research, industrial design, manufacturing, and international trade to support major engineering projects worldwide. Together with subsidiaries Laoting Zhuozhan International Trade Co., Ltd. and Hebei Shuangyang Metal Structure Co., Ltd., the group supplies key infrastructure components globally.
Founded in 2014, Hebei Shuangyang Metal Structure operates an advanced facility covering 13,132.68 square meters, including 7,124.58 square meters of manufacturing space. Staffed by 500+ skilled workers, the facility features automated production systems that output 300,000 tons of steel pipe, 1,000,000 tons of modular scaffolding, and 400,000 tons of adjustable steel supports annually.
Our international trade division, Laoting Zhuozhan, connects this production capacity with global buyers in Asia, Europe, North America, and Africa. Driven by continuous R&D, the group holds 15 national patents, delivering reliable structural components that power infrastructure projects around the world.
Made from high-tensile Q355B steel, our structural elements support up to 10 tons per vertical post—1.5 times the capacity of standard Q235 systems. This allows for lighter designs that maintain high structural safety margins.
Featuring a wedge-locking structural layout, an installer can set up between 150 and 300 square meters of scaffolding per day—3 to 5 times faster than traditional tube-and-clamp configurations.
High-strength steel allows for reduced structural weight (up to 1/3 lighter than conventional systems) while maintaining load capacity. This lowers logistics costs, reduces labor demands, and simplifies warehouse handling.
Our hot-dip galvanization process creates a thick zinc layer that protects against corrosion in harsh environments. Planks have an average lifespan of over 10 years, and up to 15-20 years with standard maintenance.
Advanced CNC tooling ensures a strict dimensional tolerance of ±1mm. This precision allows for smooth grid alignment and helps prevent alignment issues on large, multi-level building facades.
Our systems adapt to over 100 industrial and commercial scenarios, including high-tech factory construction, bridge shoring, aircraft maintenance docks, and shipbuilding facilities.
To maintain strict quality control and meet environmental standards, Hebei Shuangyang tracks every stage of production. From raw steel pipe processing to finished, galvanized products, our workflows are managed to control emissions and maintain structural consistency.
High-precision saws cut structural raw material to specified lengths, generating controlled noise (N) and steel scrap (S) recycled on-site.
Automated punching machines shape vertical locking holes. This process produces noise (N) and solid steel waste (S).
Multi-point welding machines join the steel disk components. Exhaust systems capture welding emissions (G), and slag (S) is collected.
The raw steel components undergo hot-dip galvanizing to form a protective zinc coating that meets international corrosion standards.
Finished vertical rods undergo load testing and thread inspections before being packaged for global shipping.
CNC pipe cutters slice thin-walled horizontal ledger steel tubes, producing scrap metal (S) and operating noise (N).
Tube ends are shaped to match vertical joints. This process produces noise (N) and solid waste (S).
Robotic weld arms attach ledger ends to the tubes. The process is monitored for emissions (G) and structural weld strength.
The welded parts are dipped in a liquid zinc bath to apply a corrosion-resistant protective coating inside and out.
Locking pins are riveted into the ledger heads. Finished assemblies are then inspected for dimensional tolerance.
Navigating global building codes requires strict compliance with local standards. Zhuozhan Group designs scaffolding steel planks, vertical standards, and horizontal ledgers to meet regional safety regulations.
For the North American market, our steel planks and shoring systems comply with OSHA 1926 Subpart L and ANSI/SSFI SC100 safety guidelines. In the European Union, products are certified to EN 12810-1 and EN 12811-1, governing load class designations, weld profiles, and hot-dip galvanizing quality. This simplifies site approvals for developers working in diverse jurisdictions.
We provide localized engineering support and detailed calc sheets for wind loads, dead loads, and live loads on high-clearance industrial structures. From commercial projects to high-load shoring setups, our design and engineering support helps projects stay compliant with local regulations.
We operate offices and warehousing partnerships in major regions to support prompt project delivery:
Industrial pipeline installation requiring corrosion-resistant modular scaffolding over saltwater zones.
Heavy-load shoring towers and high-capacity access platforms used in dam structural repairs.
Custom curved shoring configurations supporting heavy concrete pours in high-load tunnel environments.
Fast-track installation using lightweight steel planks and Ringlock standards on factory facade builds.
Suspended work platforms and high-load structural shoring designed to handle river winds.
Corrosion-resistant galvanized structures designed for shipyards and marine environments.
High-temperature resistant scaffold setup for repair work inside power plant boilers.
High-load structural design configured to withstand extreme heights and desert wind pressures.
Quick-assembly structural support frames engineered for public stages and heavy lighting rigs.
Standardized wooden beams used in building concrete slabs for commercial towers.
Water-resistant plastic formwork solutions used in hydraulic structures.
Precision steel formwork panels configured to mold heavy concrete bridge girders.
The construction industry is shifting toward more digitalized and sustainable practices. Our R&D team at Zhuozhan Group is developing new systems to improve structural safety and efficiency on modern jobsites.
Our upcoming product lines will feature ultra-high-strength steel alloys that reduce total scaffold weight by up to 20% while maintaining standard EN load ratings. We are also optimizing zinc-aluminum-magnesium coatings, which offer up to three times the corrosion resistance of standard hot-dip galvanizing—ideal for highly corrosive coastal and chemical manufacturing plants.
On the digital side, we are incorporating BIM (Building Information Modeling) plugins to help project designers plan exact scaffold bills of materials directly within 3D architectural models. We are also testing smart load sensors that fit beneath scaffolding jacks, monitoring structural load distributions in real-time to alert site safety managers of potential overloads.
All punching and cutting scrap is recycled on-site, returning steel directly into the production cycle.
Closed-loop filtration systems capture welding fumes and dust before venting.
Providing pre-calculated load profiles for our products to speed up site planning and approvals.
Watch our production lines, quality inspection procedures, and warehouse capacity in action.
Our scaffolding and structural materials undergo regular testing by independent labs to verify compliance with global safety standards.
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