Explore our industrial line of advanced scaffolding systems, adjustable steel supports, and concrete pouring matrices engineered to interface with modular dome molds.
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.
Founded in 2014, Hebei Shuangyang Metal Structure Co., Ltd. operates at the peak of precision engineering. With over 150 sets of advanced manufacturing machinery, the group supplies structural scaffolding, support accessories, and customized modular formwork to dynamic project pipelines globally.
Understanding the architectural demand for larger spans, reduced dead weight, and eco-efficient concrete structures.
Modern architectural engineering demands structural design paradigms that reduce concrete consumption while maintaining ultimate load bearing capacity. In high-rise designs, multi-story parking structures, and large industrial warehouses, the weight of the floor slabs accounts for a massive portion of the dead load of the overall building. Traditional solid slab systems necessitate heavy support scaffolding, deep foundation works, and high concentrations of structural steel reinforce. This is where ODM Plastic Dome Formwork for Concrete Factory engineering offers an unparalleled technical transition.
By employing modular, hollowed-out dome shapes (commonly known as waffle slab molds or void formers), engineers can eliminate up to 40% of standard concrete volumes in tension zones where the concrete serves no structural load-carrying function. The result is a highly efficient two-way joist system that offers robust structural stability, high moment resistance, and substantial savings in foundation costs. Furthermore, the modular nature of plastic dome formwork facilitates expedited construction cycles, allowing concrete contractors to demold, clean, and cycle the modular pieces with minimal physical labor.
Reduces concrete and rebar volumes significantly, lowering shipping weight and lessening concrete batching demands on site.
Lightweight formwork blocks are engineered for quick-release configurations, scaling labor efficiency by 3 to 5 times.
Made from high-quality recycled and virgin polymers, supporting circular economy targets and securing LEED certifications for green buildings.
From modern mega-structures to local infrastructure renovations, we bridge the gap between engineering design and cost-effective factory logistics.
As a leading supplier in the industrial concrete forming sector, Zhuozhan Group leverages its manufacturing sub-entity, Hebei Shuangyang Metal Structure Co., Ltd., to engineer integrated support-formwork packages. The global commercial landscape for plastic formwork has shifted away from expensive standard sizing toward flexible ODM (Original Design Manufacturing) configurations. Modern contractors require localized dimensions, variable dome heights, dynamic rib widths, and integrated utility pathways within the concrete void patterns.
Our engineering design team of over 20 specialists creates tailor-made structural plans. By using state-of-the-art polymer modeling and finite element analysis (FEA), we ensure that the thickness, curvature, and flange zones of our plastic dome structures can withstand high concrete hydrostatic pressures and heavy construction loading. Our factories produce customized tooling dies to supply complex concrete slab solutions tailored for clients across Asia, Europe, the Americas, and Africa.
Through the export operations handled by Laoting Zhuozhan International Trade Co., Ltd., we coordinate multi-modal logistics from three major Chinese deep-water ports (Jingtang Port, Tianjin Port, Caofeidian Port). This geographical advantage ensures that containerized delivery of plastic dome molds and structural supporting steel props is executed reliably and on schedule, reducing supply chain downtime for mega-scale construction projects.
Transparency in manufacturing. Detailed look into the production process flows, structural characteristics, and emissions management.
The structural load supporting system relies on high-bearing vertical scaffolding rods. The processing cycle includes strict environmental monitoring to ensure sustainability.
Initial processing of raw steel pipe. Generates noise (N) and solid scrap steel waste (S), both of which are carefully recycled.
Creating exact positioning holes for the locking joints. Generates noise (N) and metal punch waste (S).
Welding the steel pipe to structural black disc components. Generates noise (N), welding exhaust gas (G), and solid waste (S).
The raw steel parts undergo high-temperature anti-corrosion galvanizing to yield weather-resistant surfaces.
Final inspection, structural batch verification, and packaging for worldwide shipping.
Horizontal support structures ensure cross-bracing stability. Below is our streamlined assembly flow:
Pre-cutting steel pipe templates. Generates localized noise and metal scrap.
Perforation stage for joint fittings. Monitored for noise and solid waste controls.
Welding the pipe ends with heavy-duty casting components. Employs dust and fume extraction systems.
Outsourced hot-dip process ensuring structural life exceedance of 15 years.
Riveting the structural locks with the galvanized piece. Generates minor mechanical noise.
Proof of field performance: How our scaffolding support structures and modular formwork integrate into critical structural engineering worldwide.
High-load stabilization for heavy chemical piping layouts at deepwater docks.
Extreme load-bearing multi-story structure supporting heavy concrete forms.
Arched configuration scaffold supports facilitating continuous concrete lining.
Waffle slab floor configurations poured using modular plastic formwork.
Suspended high-clearance access decks for post-tensioned beam reinforcements.
Corrosion-resistant hot-dip galvanized scaffolds used in shipyard retrofit drydocks.
Precision thermal plant scaffold integration resistant to temperature variations.
Outer facade wind-resistant scaffold installation on supertall residential core.
High-capacity structural deck framing and staging assembled with modular locking keys.
Multi-story shear wall concrete moulding utilizing heavy H20 wood beams.
Moisture-proof modular plastic formwork panels utilized in underwater retaining wall pour.
Large-format customized steel formwork structures used for massive concrete pier casting.
Our structures comply with stringent testing procedures. Verify our production methods and global certifications.
Detailed analysis of polymer characteristics, loading capabilities, and spatial footprint reduction calculations.
Our ODM Plastic Dome Formwork is manufactured using a specialized blend of Virgin Polypropylene (PP) copolymer and selective elastomer additives. Unlike standard thermoformed plastic sheets that degrade under intense sunlight or crack during cold temperature demolding cycles, our industrial injection-molded components feature advanced UV-stabilizers and impact modifiers. The molds operate reliably across an extreme temperature spectrum from -15°C to +65°C.
Under hydrostatic concrete loads, the dome shape experiences high compressive stresses. The vault geometry distributes forces outwards to the support ribs. Our structural design ensures zero buckling under wet concrete density (typical design load limits up to 24 kN/m²), allowing safe walkability during concrete reinforcement installation.
Consider a standard two-way flat slab of 400mm thickness. A solid slab imposes a massive self-weight of approximately 10 kN/m² on the supporting columns. By introducing a 300mm high modular plastic dome formwork matrix on a 900mm grid layout:
Technical answers to the most common questions raised by structural engineers and purchasing officers.
Our ODM modular plastic formwork panels are engineered for up to 100+ reuses when handled, cleaned, and stored in accordance with standard site practices. The high-density polymer composition is highly resistant to chemical attack from alkaline concrete admixtures and does not require expensive demolding oils.
Yes, our design team of 20+ professionals utilizes advanced tooling machinery to construct custom mold cavities. We can customize depth, dome curvature, flange configurations, and reinforcement rib pathways to align with your specific architectural drawings and structural engineer calculations.
The plastic domes serve purely as temporary formwork blocks or void formers. Once the concrete cures, they are removed, leaving a hollowed concrete waffle structure. The fire performance of the resulting floor system is determined solely by the concrete depth, rib density, and steel rebar cover, conforming to international structural safety codes.
Our high-strength Q235 and Q355 steel props, adjustable shoring sleeves, and EN-certified ringlock scaffolding components are designed to work together. We calculate the required support spacing based on concrete thickness and dead load requirements to ensure maximum stability.
Our logistics team coordinates container shipments from three key Chinese ports: Jingtang Port, Tianjin Port, and Caofeidian Port. We handle export clearance, transport documentation, and destination port handovers, ensuring reliable delivery schedules.
Maximize construction efficiency with our specialized metal frame supports, composite timber beams, and modular hollow plastic options.
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