Engineered structural systems built to comply with Australian Standards and handle Southeast Queensland's climate and load profiles.
Brisbane and the wider Southeast Queensland (SEQ) region are going through a major infrastructure boom. With projects like the Cross River Rail, the Queen's Wharf development, and prep for the 2032 Brisbane Olympic Games, Tier 1 and Tier 2 builders are looking for ways to speed up cycles without compromising structural safety.
Formwork engineering in Queensland has to deal with two main challenges: strict safety regulations like the Queensland Work Health and Safety Act 2011, and the subtropical climate. Hot summers, sudden storm events, and high humidity require formwork materials that resist moisture swelling, maintain their shape under load, and can withstand high wind forces during assembly.
By shifting from traditional timber to engineered modular steel and composite plastic systems, local contractors are cutting stripping times by up to 50%, improving safety, and achieving class-leading concrete surface finishes. Our formwork systems are designed to make it easy to meet AS 3610 Class 2 and Class 3 finish requirements, helping you avoid costly post-pour grinding and patching.
A global leader in structural metal manufacturing, combining heavy manufacturing capacity with global logistics support.
Zhuozhan Group is a diversified and innovative enterprise that integrates scientific research, manufacturing, and sales. With key subsidiaries like Laoting Zhuozhan International Trade Co., Ltd. and Hebei Shuangyang Metal Structure Co., Ltd. (founded in 2014), we have established ourselves as a major global supplier to the construction and civil engineering industries.
Our heavy production capacity features a 13,132.68 square meter facility, with 7,124.58 square meters of specialized workshops. We operate with more than 500 skilled employees and over 150 sets of advanced machinery. Over the years, our R&D efforts have secured 15 patents, demonstrating our commitment to innovation and engineering standards.
Our international division, Laoting Zhuozhan International Trade, manages the supply chain from our factories to global job sites. Located near major ports like Jingtang Port, Tianjin Port, and Caofeidian Port, we provide direct bulk shipping and container logistics to the Port of Brisbane. This ensures timely delivery for large structural pours.
With annual sales surpassing 20 million USD, we serve key partners globally, including China Construction Eighth Engineering Division and China Construction Fourth Engineering Division.
Compare our modular steel, composite plastic, and plywood systems to find the right match for your project's specifications.
| Property | High-Yield Steel Formwork | Glass-Fiber Composite Plastic | Engineered Plywood Panels |
|---|---|---|---|
| Yield Strength | Q355B / Q345 (up to 355 MPa) | PP-copolymer + Glass Fiber (custom) | F17 Structural hardwood core |
| Load Capacity | 10 tons / unit (1.5x standard) | Up to 60 kN/m² hydrostatic pressure | Standard AS 6669 configurations |
| Reusability Limit | 150+ cycles (with proper maintenance) | 80 - 100+ cycles | 10 - 20 cycles |
| Weight | Heavy-duty, crane handled | Lightweight (1/2 to 1/3 of steel) | Manual hand-set manageable |
| Surface Finish | AS 3610 Class 2 / Class 3 smooth finish | Glossy Class 2 concrete surface | Varies based on face veneer grade |
A step-by-step look at how we manufacture vertical and horizontal components to tight tolerances.
Steel pipes are cut to exact lengths. Automated controls keep variations under ±1mm, with waste metal collected for recycling.
Hole spacing is punched automatically to ensure even alignment across modular support configurations.
Pipes are automatically welded with structural plates and discs, keeping weld lines clean and joint connections strong.
Components receive a thick zinc coating for long-term corrosion resistance in humid coastal climates.
Raw structural steel pipes are cut, prepped, and checked for thickness consistency.
End-connection slots are punched to allow fast, secure connection to upright supports.
Wedge ends and casting parts are welded to the horizontal rods using automated welding cells.
Parts are galvanized, riveted, and load-tested to make sure they fit together smoothly and handle standard loads.
Take a closer look at our manufacturing line, stock levels, and quality testing procedures.
Explore our full range of certified concrete formwork panels, shoring accessories, and structural plywood sheets.
Essential components to secure vertical formwork against high lateral concrete pressure and high wind loads.
See how our formwork and shoring systems perform in demanding real-world conditions.
We supplied heavy-duty adjustable steel shores and Q355B ringlock supports to handle deep slab thickness variations on high-rise structures.
Tested Load Capacity: 10T per nodeUsing custom steel-waler formwork systems, our setup handled the lateral pressure of high-performance concrete mixes in a tight space.
Assembly Speed: 200m² per day/personWe supplied modular hollow plastic formwork panels for light, crane-independent assembly. This helped reduce handling time in windy coastal conditions.
Reusability Limit: 80+ structural cyclesOur systems undergo third-party structural testing and ISO quality audits to ensure performance on site.
Every batch of steel shoring and formwork components we produce is tested for thickness, weld strength, and coating consistency. Our processes follow ISO 9001 and European EN 12810/12811 standards, ensuring our products can reliably support heavy concrete loads.
Our hot-dip galvanization process delivers a thick, consistent zinc layer that helps prevent rust, even in humid, coastal environments like Southeast Queensland. This structural durability gives our steel formwork systems a typical lifespan of 15 to 20 years.
How we are developing lightweight, recyclable, and digital-friendly formwork solutions for modern construction sites.
We are expanding our composite plastic formwork line, which uses recyclable PP-copolymers. These systems can be recycled at the end of their lifecycle, helping projects reduce waste.
Our R&D is focused on high-yield steel alloys like Q420. These materials allow us to build thinner, lighter frames that maintain full load capacities, helping to reduce shipping weight and transport emissions.
We provide standard 3D CAD modeling files to help engineering teams integrate our shoring and formwork layouts directly into building information models (BIM).
Get answers to common technical, shipping, and engineering questions for Brisbane-bound shipments.
Yes, our steel and composite formwork systems are manufactured to meet the structural design and performance standards outlined in AS 3610.1:2018. We provide material compliance certificates, structural calculations, and quality documents to support engineering sign-off on your project.
Our factory is close to Jingtang and Tianjin ports. Shipping transit to the Port of Brisbane usually takes between 18 and 25 days, depending on shipping schedules. We coordinate container loading, customs clearance, and export documents to keep delivery times reliable.
Our ringlock and adjustable steel support systems are designed to withstand structural loads and high wind forces, in compliance with AS/NZS 1170.2. This makes them suitable for use on high-rise structures and open sites in Southeast Queensland's wind regions.
Yes. We have an in-house design and engineering team of over 20 specialists. We can fabricate custom steel panels, support clamps, and waler layouts based on your project drawings to ensure a precise fit.
Our hot-dip galvanizing process complies with ISO standards, creating a durable zinc layer. In typical coastal environments like Brisbane, this provides corrosion protection for 15 to 20 years of active use, even with frequent water exposure during cleaning.
Contact our engineering sales team to request pricing, compliance documents, or to discuss custom sizing options for your upcoming Brisbane development.
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