Engineered to withstand extreme loads and optimize modern concrete pouring cycles.
In structural engineering, slab formwork panels act as a temporary matrix to support cast-in-place concrete slabs until they gain sufficient strength to carry their own dead weight and construction live loads. High-rise buildings, commercial infrastructures, and industrial plants demand slab formwork that is not only structurally sound but also rapidly deployable and cost-effective. As global construction shifts toward automation and zero-carbon practices, engineering procurement managers must balance load capacities, life-cycle repetitions, and structural safety to guarantee project profitability.
Fabricated from high-density polymers, these eco-friendly formwork systems eliminate the need for release agents. They yield up to 100+ reuses and are 100% recyclable, providing a lightweight, low-maintenance alternative for cast-in-place foundations and horizontal deck castings.
Combining the natural flexural strength of select softwood with moisture-resistant melamine coatings, H20 timber beams distribute extreme hydrostatic concrete forces effectively. Designed for flexible site adaptations, they integrate seamlessly with traditional shoring props.
Using structural grade Q355B steel with hot-dip galvanization, our steel shoring frames and drop-head slab panels deliver maximum load-carrying capacities (up to 10 tons per prop), critical for heavy civil engineering, industrial bridges, and deep-slab structures.
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.
Through our specialized trade and distribution channels, we facilitate seamless international supply chains, coordinating customs, freight forwarding, and project-specific logistics to deliver high-quality construction components anywhere in the world.
Founded in 2014, Hebei Shuangyang Metal Structure is a pivotal subsidiary that has rapidly advanced to the forefront of the industry. The company occupies a total area of 13,132.68 square meters, with a construction area of 7,124.58 square meters.
Operating with more than 500 skilled employees and equipped with over 150 sets of advanced machinery and equipment, Shuangyang drives continuous R&D in metal scaffolding and formwork. To date, we have secured 15 patents, demonstrating our commitment to technology and structural safety.
A rigorous manufacturing pipeline optimized to eliminate defects and ensure raw material safety.
Our vertical support standards handle major axial compressive loads. The manufacturing sequence includes structural control for noise, dust, and waste disposal.
Raw steel tubes are cut to length. Generates minor noise (N) and solid scrap steel waste (S), which are captured for closed-loop recycling.
Holes are punched systematically to ensure exact modular spacing. This phase generates noise (N) and steel punches (S).
Advanced robotic lines weld connection discs. Generates noise (N), welding fumes/waste gas (G), and solid waste (S).
Welded parts are hot-dip galvanized externally to deposit a uniform zinc coating exceeding 80μm (meeting EN ISO 1461 specs).
Finished vertical standards undergo dimensional and structural stress inspections before being packaged for international shipment.
Ledgers stabilize the scaffolding grid against lateral shear forces. Their production is engineered to guarantee perfect nodal alignment.
Steel pipes are fed into automated multi-blade saw cutters. Generates standard manufacturing noise (N) and structural scrap metal (S).
Pipe ends are shaped and punched to fit cast ledger ends. Structural checks ensure dimensions stay within tight tolerances (±1mm).
Robotic arms weld cast iron ledger ends to the steel tube. This process generates localized welding gas (G) and slag (S).
The assemblies are galvanized and connection wedge pins are riveted securely into place, creating a ready-to-use component.
Sizing and structural load testing confirm that parts fit precisely together before the batch is sent to our logistics warehouse.
Modern construction projects operate on tight schedules, where supply chain delays can lead to costly penalties. Zhuozhan Group uses advanced planning software to synchronize material acquisition with production lines.
Inside our manufacturing facility: Automated processing lines, welding stations, and hot-dip galvanizing steps.
We are continuing R&D on long-chain polypropylene composites reinforced with structural fiberglass. This increases load limits and reduces thermal expansion coefficients, making our materials more stable in extreme climates.
By embedding digital twin markers on our components, we help engineers integrate physical scaffolding systems with building information models (BIM). This makes it easier to model stresses and track on-site assets.
We are designing our formwork products for zero-waste recycling. Old polymer panels can be ground down and remanufactured, helping contractors reduce their overall carbon footprint.
Warehouses in the United States, Canada, China, Hong Kong-CN, Malaysia, Thailand, and Indonesia
| System Parameter | Plastic Modular Formwork | H20 Wood Beam Formwork | Q355B Galvanized Steel Props |
|---|---|---|---|
| Standard Materials | Reinforced Composite Polypropylene | Premium Spruce/Fir (Melamine Coated) | Q355B Grade Structural Steel |
| Max Load Capacity | 60 kN/㎡ (Slab applications) | 80 kN/㎡ (Bending moment 5.0 kNm) | Up to 100 kN (Single column) |
| Avg. Lifespan / Reuse | 100+ cycles | 30–50 cycles | 150+ cycles (15–20 Years) |
| Dimensions/Sizes | 1200x600mm, 600x300mm (Modular) | Height: 200mm; Width: 80mm | OD: 48.3mm / 60.3mm (Adjustable) |
| Corrosion Resistance | Immune to water, acids, and bases | Water-resistant face, sealed edges | Hot-dip galvanized (>80μm thickness) |
Our systems are used on complex construction sites worldwide, meeting strict safety guidelines.
High-capacity steel props used to support massive cast-in-place concrete transfer decks under complex traffic conditions.
Shoring frames and modular scaffolding used to stabilize historical masonry and facade elements during concrete deck pours.
Cuplock scaffold systems assembled to support heavy water conduits and high-pressure turbine foundations.
Ringlock scaffolding grids constructed to support high-clearance overhead industrial crane girders during concrete curing.
Heavy-duty ringlock staging built to support seawater intakes and outfalls along marine loading berths.
Custom modular shoring used for high-velocity spillway restorations and structural concrete reinforcement.
Our scaffolding and formwork systems are manufactured to comply with key international quality and safety certifications.
Zhuozhan Industry products are certified to meet major performance criteria, including EN 12810/12811 for scaffolding structures and ISO 9001 quality management guidelines.
Our hot-dip galvanizing lines comply with EN ISO 1461, ensuring reliable corrosion protection and a long product lifespan, even in challenging coastal or industrial environments.
Common engineering and procurement questions answered by our technical design team.
The load limit is determined by analyzing concrete pressure (based on ACI 347 or DIN 18218 standards), slab thickness, and expected construction live loads. Our Q355B steel shoring posts are engineered to support up to 10 tons of axial load, and we recommend safety factors between 2.0 and 2.5 depending on local building codes.
Plastic modular formwork is waterproof, does not swell or warp, and can be reused more than 100 times under standard operating conditions. It also eliminates the need for chemical release agents, making it a cleaner choice for green building certifications.
Hot-dip galvanizing metallurgically bonds a layer of zinc to the steel pipe, typically exceeding 80 micrometers in thickness. This sacrificial zinc layer protects the structural steel from moisture and chloride exposure, extending the product lifespan to 15 years or more.
Yes. Our modular plastic formwork is designed with standard alignment slots that allow it to interface with H20 wooden beams and traditional steel prop systems using standard connection clips and adapters.
Our automated manufacturing and robotic welding lines maintain dimensional tolerances within ±1mm. This consistency ensures parts fit together cleanly on site, reducing assembly times and minimizing structural alignment issues.
High-strength scaffolding components, adjustable posts, and utility platform systems.
Zhuozhan
