Explore our high-performance structural systems engineered for unmatched loading parameters, strict tolerance profiles, and quick field setup.
In modern concrete construction, the beam formwork system serves as the foundational structural containment that shapes vertical and horizontal reinforced concrete structures. Whether casting cast-in-place concrete girders, heavy-duty floor slabs, or complex bridge deck segments, the choice of beam formwork directly influences the load-bearing integrity, aesthetic finishing, and dimensional tolerances of the project.
Structural deflection is the primary point of failure or cosmetic deformity in large-span concrete casting. High-tensile steel components, combined with specialized vertical shoring systems, limit structural deformation to less than 1/400th of the span under full wet concrete load. Utilizing materials like Q355B structural steel, which boasts a yield strength of 355 MPa, allows engineering teams to optimize material volume while guaranteeing exceptional safety indices.
Our production framework complies strictly with EU and US standards. The ring lock scaffolding and structural components produced by Zhuozhan Industry conform to EN 12810/12811, alongside rigorous ISO 9001 certifications. Engineered components offer:
Global contractors look past unit costs, analyzing total cost of ownership (TCO). Our integrated systems lower onsite labor costs by 300% via rapid modular assembly mechanics, minimizing the reliance on skilled scaffolders.
Zhuozhan Group operates as a highly integrated, research-driven manufacturer, developer, and global exporter of industrial-scale structural scaffolding and metal formwork solutions. Operating through key entities such as Laoting Zhuozhan International Trade Co., Ltd. and Hebei Shuangyang Metal Structure Co., Ltd., the group delivers high-yield products engineered for top safety ratings in residential, industrial, and heavy infrastructure projects.
Hebei Shuangyang Metal Structure Co., Ltd., founded in 2014, represents the manufacturing powerhouse of the group. Occupying 13,132.68 square meters of industrial workspace (with a built construction footprint of 7,124.58 square meters), our site runs with over 500 highly trained employees and 150 sets of heavy manufacturing tools, CNC punching machines, and robotic welding bays.
Continuous R&D has yielded 15 proprietary patents, optimizing load capabilities while lowering assembly weight. Annualized factory outputs showcase our sheer capacity: 300,000 tons of structural steel pipe, 1 million tons of modular scaffolding systems, and 400,000 tons of precision-engineered adjustable steel supports.
Our Factory 4.0 production framework tracks raw steel conversion down to structural quality control, while implementing strict environmental nodes.
Raw steel tubes are cropped to standard structural segments. Process controls manage noise generation (N) and steel solid scrap (S).
Perforation coordinates are punched into steel tube walls with high-grade tool steel dies. Noise (N) and solid slag waste (S) are mitigated via enclosure shields.
Disc connection rings are welded with structural pipe components using automated multi-axis robot systems. High-capacity exhaust hoods filter emissions (G), noise (N), and solid welding spatter (S).
Welded black pieces are batched and transferred to qualified industrial galvanizers. Products undergo hot-dip acid washes and zinc bath coatings.
Component dimensions are tested to +/-1mm tolerance levels. Finished products are logged, stacked, and loaded for global dispatch.
Horizontal ledgers are cut from Q235/Q355 high-tensile steel feeds. Standard safety nodes minimize solid scrap emissions.
Ledger ends are pressed flat and punched to hold custom scaffolding wedge structures. Minimizes wall deformation under load.
Precision casting ledger heads are welded to flat tube ends using inert-gas robotic systems. Monitors gaseous emissions (G) and scrap (S).
Assemblies undergo complete chemical pickling and metallurgical bonding with zinc coatings for lasting weather protection.
Precision wedge pins are riveted into galvanized ledger blades using automated presses, ensuring permanent components and preventing job-site loss.
Operating 14 specialized production lines guarantees quick execution, even for structural projects exceeding 10,000 tons of customized scaffolding components.
Our manufacturing facility sits near three major ports: Jingtang Port, Tianjin Port, and Caofeidian Port. This reduces transit times, domestic freight costs, and container handling overhead.
An internal design team of 20+ structural engineering specialists generates customized formwork layout drawings and stress calculations for non-standard building structures.
Using Q355B high-tensile steel increases load performance. While standard scaffolding uses softer Q235, our Q355B components yield a bearing threshold of up to 10 tons per point, maintaining stable load limits with half the weight.
Our modular Ringlock systems enable a single builder to place between 150 to 300 square meters of structural staging per shift—yielding assembly times 3 to 5 times faster than traditional tube-and-clamp setups.
From complex rail junctions to infrastructure dams, our components have supported critical building projects around the world.
Custom high-span pipe support structure for offshore fluid processing terminals.
Heavy-duty staging capable of handling high moisture loads and massive dynamic concrete pours.
Curved concrete deck support structures featuring rapid striking panels.
High-performance industrial slab support structure built for cleanroom facility tolerances.
Suspended load platforms providing access for overwater structural repairs.
Corrosion-resistant steel staging structures customized for maritime environments.
High-temperature resistant access structure designed for confined industrial spaces.
High-wind resistant scaffold structure designed for rapid multi-tier erection.
Aesthetically clean event staging designed for rapid assembly and tear-down.
Film-faced plywood systems optimized for smooth concrete surfaces and multiple reuses.
100% waterproof composite polymer panels designed for marine channel casting.
High-rigidity custom steel formwork panels engineered for large-span bridge girders.
Discover the next generation of modular construction materials, digitalization integrations, and safety frameworks.
The construction industry is shifting toward materials with better strength-to-weight ratios. Zhuozhan Group is researching micro-alloyed carbon steel to increase tensile performance without making scaffolding heavier. In terms of rust prevention, we are optimizing our hot-dip processes by adding aluminum and magnesium to the zinc bath. This creates a zinc-aluminum-magnesium protective layer with up to three times the corrosion resistance of standard coatings.
Future projects will use integrated design software. By importing formwork dimensions directly into BIM software, engineers can run real-time stress simulations. This makes it possible to spot structural interference or overloaded props before any components arrive on the construction site, reducing setup delays and structural issues.
Minimizing structural waste is essential for modern construction compliance. Timber formwork is increasingly replaced by reusable modular steel systems and composite plastics. These composite assemblies can be used up to 100 times before recycling, lowering carbon footprint metrics.
We are researching the integration of load sensors directly into adjustable steel support sleeves. These IoT-enabled sensors measure structural deflection and stress distribution in real time during large concrete pours, alerting safety managers to load adjustments via a mobile application before structural failures occur.
Verified testing reports validate the structural load capacities, material grades, and compliance parameters of our product catalog.
A closer look at our raw steel storage, automated robotic welding bays, and physical product stocks.
Get technical answers about raw materials, custom manufacturing capacities, transport logistics, and compliance standards.
Complete your construction layout with high-durability fittings, heavy structural columns, and modular formwork panels.
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