Engineered to meet international safety and performance criteria, including high load capacities and durability in tough conditions.
Modern mega-projects in Europe, North America, and the Middle East depend heavily on reliable raw material supply chains. Having standard EN 1065 / AS 3610 class certifications protects projects against liability risks while securing long-term cost benefits.
The U-head configuration accommodates double timber/H20 beam setups, making it a functional choice for high-slab concrete pouring. This design eliminates lateral movement risks and speeds up installation times compared to flat-plate props.
Meeting compliance guidelines means manufacturing steel props with high-performance protective layers (such as Hot-Dip Galvanization) and executing strict quality testing on weld penetration and ultimate limit load capacities.
Zhuozhan Group is an enterprise that integrates scientific research, manufacturing, and sales. With a portfolio of subsidiaries, including Laoting Zhuozhan International Trade Co., Ltd. and Hebei Shuangyang Metal Structure Co., Ltd., Zhuozhan Group serves as a key player in the global construction and metal manufacturing sectors.
Founded in 2014, our primary manufacturing subsidiary, Hebei Shuangyang Metal Structure, has advanced to the forefront of the structural engineering industry. The company occupies a total area of 13,132.68 square meters, with a construction footprint of 7,124.58 square meters.
Zhuozhan Industry's ring lock scaffolding and structural metal supports have passed international quality certifications, including EN 12810/12811 and ISO 9001. Using high-strength hot-dip galvanized steel, our products are engineered for corrosion resistance, long service lives, and structural stability.
Production Line Demonstration: Modern tube fabrication and automatic structural welding.
Through continuous investment in metal research and manufacturing innovation, we ensure our metal support systems meet strict engineering expectations.
We apply strict quality controls to every production stage, from raw material selection through custom machining to final inspection. Our target is to supply reliable, durable metal support systems for global projects.
We work to maintain our position in the global metal products sector, applying manufacturing technology and product reliability to support global infrastructure development.
We dedicate research resources to expanding metal structural performance and safety, adapting designs to handle complex and evolving construction environments.
Made of Q355B structural steel, our props achieve a single-support load capacity of up to 10 tons—representing a 1.5x load improvement over standard steel props.
The self-locking structural design allows one worker to set up between 150 to 300 square meters per day, reducing labor requirements compared to traditional systems.
Our solutions adapt to nearly 100 industrial applications, including high-rise facades, shipyards, heavy civil works, and aviation maintenance.
Our hot-dip galvanization process provides corrosion protection, offering an average service life exceeding 10 years and up to 20 years under normal maintenance conditions.
Our designs optimize raw material consumption, reducing structural self-weight by 1/2 to 1/3 while maintaining necessary load-bearing performance.
Automated cutting, punching, and welding lines maintain structural dimensional variations within a strict ±1mm margin.
Our production processes follow environmental guidelines, managing emissions while maintaining structural quality.
Raw steel tube stock is cut to specified lengths. (Noise and solid waste managed via dust capture and collection systems).
Pin holes are punched at calculated vertical increments. (Noise and scrap steel managed through scrap recovery lines).
Disc fittings and collars are welded to the vertical pipe. (Welding fumes managed via specialized exhaust systems).
The components are galvanized to prevent corrosion. (Outsourced to facility for waste treatment).
Vertical support rods undergo load verification and dimension checks before final packaging.
Steel pipes are cut to length. (Noise and scrap steel managed through scrap recovery lines).
Connecting ends are prepared through press formatting. (Noise and scrap metal are recycled).
End connectors are welded to the tube. (Exhaust controls capture fumes).
Hot-dip zinc coating protects all outer surfaces against moisture damage.
Insert pins are attached. (Pneumatic tools managed to control noise levels).
Our 50,000㎡ self-owned warehouse facility operates 14 production lines to maintain consistent stock levels.
We maintain raw material inventory levels and supply standardized or custom replacement parts for our systems.
Our locking mechanism is designed to remain stable under vibration, protecting structures from sliding under load.
Our centralized inventory warehouse manages logistics and supports timely overseas shipping schedules.
High-speed manufacturing equipment enables consistent production rates for large contract orders.
Our processes utilize robotic welding and automated tube cutting lines to maintain high accuracy.
Watch our step-by-step production flow for ringlock components, highlighting our surface preparation stages.
Our structural products are used in engineering projects across Asia, Europe, the United States, and Africa.
Heavy-duty steel shoring props were deployed to support concrete casting for the transit hub's terminal expansion.
Our modular frame scaffolding was selected for historic facade preservation, meeting European safety codes.
High-load cuplock supports were engineered to sustain cooling tower formwork under high-wind conditions.
Our modular ringlock systems provided work access scaffolding inside a 25-meter-high cleanroom factory.
Designed to handle marine humidity, these systems supported pipe rack installations at a petrochemical terminal.
Engineered shoring structures supported high-volume concrete spillway repair works.
Custom shoring solutions provided overhead formwork support during excavation and concrete lining operations.
Our scaffolding systems provided access structures for curtain wall installation on research facility structures.
Suspended shoring structures maintained traffic lanes below while supporting structural deck replacement overhead.
Galvanized structural components stood up to coastal sea-spray environments during vessel hull fabrication.
Heat-resistant access scaffolds enabled technical maintenance inside thermal power plant boiler systems.
Engineered shoring systems supported slab loads on a skyscraper project in high-temperature environments.
Quick-assembly ringlock structural grids provided support bases for heavy audio systems and lighting rigs.
H20 timber beams and shoring systems supported high-thickness floor slabs for a high-rise project.
Moisture-resistant plastic formwork and adjustable steel supports stabilized concrete retaining walls.
Heavy-duty steel shoring systems supported the box girder concrete casting over water channels.
Heavy shoring frame systems supported highway overpass construction projects.
High-load structural steel frameworks were erected to form the facility's heavy machinery foundations.
We build our heavy-duty props using Q355B low-alloy carbon steel, which offers high yield strengths (minimum 355 MPa) and stable structural performance under load. This material is designed to resist buckling and shear deformation during concrete pours.
Our adjustment threads are manufactured to prevent slippage under load. The adjustment collar pin fits securely in the outer tube holes, helping to maintain structural alignment and preventing accidental slipping under pressure.
We operate logistics channels and localized support centers in multiple regions to support international deliveries.
Standard technical queries regarding steel shoring systems and OEM structural fabrication.
Select industrial metal products, including couplers, formwork braces, and access systems.
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