Explore our certified range of scaffolding bases, shoring props, and system accessories engineered for complex civil infrastructure projects.
In structural shoring and temporary load-bearing frameworks, the scaffolding jack base (often referred to as an adjustable screw jack) serves as the foundational contact point. Its primary engineering function is to transfer the vertical, dynamic, and static loads from the vertical standards directly down to the load-bearing substrate. The load transfer must remain highly stable while offering smooth, micro-adjustable level control to compensate for uneven topography.
Optimal structural integrity requires precise alignment between the base plate and the threaded solid or hollow spindle. Standard configurations feature either flat base plates (typically 150x150mm with thicknesses ranging from 5mm to 8mm) or U-head channels designed to host structural H20 timber beams or steel support systems.
Our adjustable jack bases utilize premium cold-rolled thread profiles. This design choice maintains cross-sectional thickness integrity and achieves load performance margins that exceed EN 12811-1 testing norms by 1.5 times, providing solid protection against structural shear stresses.
Founded with a focus on structural metal safety, Zhuozhan Group integrates scientific research, precision manufacturing, and international trade. Through our specialized operating subsidiaries—including Laoting Zhuozhan International Trade Co., Ltd. and Hebei Shuangyang Metal Structure Co., Ltd.—we deliver certified engineering solutions to international markets.
Our primary manufacturing node, Hebei Shuangyang Metal Structure Co., Ltd. (established in 2014), represents a major infrastructure footprint in Northern China. Spanning a total physical area of 13,132.68 square meters (with 7,124.58 square meters of specialized covered workshops), the facility employs over 500 skilled operators and utilizes more than 150 automated manufacturing machines. This high production capacity yields 300,000 tons of raw steel pipe feeds, 1 million tons of modular scaffolding systems, and 400,000 tons of adjustable structural steel props annually.
Production Facility Tour: Automated Manufacturing and Assembly Line Operations.
Understanding the micro-economic and logistics factors that position China's coastal industrial centers as global leaders in structural steel base production.
Our production facilities operate close to Northern China's major deep-water cargo hubs: Jingtang Port, Tianjin Port, and Caofeidian Port. This close proximity minimizes inland freight costs, provides reliable bulk shipping options, and shortens transit times for international supply chains.
Our facility runs an integrated pipeline from raw steel coil processing to automated welding and hot-dip galvanization. By managing the entire production process internally, we maintain strict quality control and achieve cost efficiencies that benefit our ODM partners.
Supported by a dedicated design team of over 20 engineers and 15 national design patents, we develop customized ODM products. We calculate load capacities and adjust thread tolerances to meet specific project demands for diverse civil engineering structures.
A visual overview of the step-by-step processing workflow, highlighting environmental monitoring, welding standards, and quality control steps.
High-precision automatic saws cut raw carbon steel pipe feedstocks, managing dimensional variations within +/-1mm.
CNC machinery punches systematic pin connections and holes, maintaining structural spacing across the entire component.
Automated welding systems fuse the raw black steel tubes with structural plates under strict shielding gas parameters.
The components are hot-dipped to apply a thick, protective zinc layer, preparing them for long-term outdoor exposure.
Sizing tools cut high-strength pipe material, removing burrs to prepare the ends for clean joint welding.
Precision systems weld cast-steel wedge fittings to ledger ends, ensuring clean, robust joints.
After galvanization, automated riveting units secure the wedge pins, completing the assembly for final dispatch.
Randomly selected samples from each batch undergo compression and shear testing to verify design performance.
By upgrading from standard carbon-steel formulations to high-yield Q355B structural steel, our load-bearing assemblies achieve performance metrics designed for high-stress applications.
Our CNC tooling maintains design dimensional tolerances within a +/-1mm range. This level of accuracy prevents mechanical binding and minimizes vertical alignment drift during assembly.
Every batch is evaluated against European EN 12810/12811 structural criteria and ISO 9001 quality management processes, ensuring trace-back documentation for site safety reviews.
We customize thread types, spindle heights, and base plate shapes to interface with diverse ringlock, cuplock, or frame systems globally.
Get a direct look at our 50,000㎡ storage depot, active production machinery, and scaffolding component assembly lines.
Review our manufacturing registrations, load test reports, and quality system audits.
A photographic overview of our manufacturing floors, material staging zones, and robotic fabrication cells.
Review real-world applications of our scaffolding, formwork, and shoring systems across global construction projects.
Our heavy-duty steel shoring systems supported high-load deck structures during railway junction expansion works.
We supplied modular facade frame scaffold arrays, ensuring safe working access for urban historical restoration projects.
Our cuplock systems provided structural shoring and utility piping support templates for high-temperature work zones.
We provided customized ringlock layouts to support heavy equipment overhead structures and ceiling piping tracks.
We provided hot-dip galvanized scaffolding arrays to support pipeline construction in marine environments.
We supplied high-capacity shoring platforms to support vertical concrete pours during dam wall upgrades.
We provided structural arch shoring components to support concrete pouring operations inside transportation tunnels.
We supplied modular scaffold setups to facilitate facade installation work for high-tech industrial plants.
We installed custom-engineered suspended access platforms to support underside repair work on highway river crossings.
We supplied hot-dip galvanized scaffolding arrays to resist saltwater corrosion during dry dock vessel maintenance.
We supplied heat-resistant, high-clearance access platforms to support turbine and boiler restoration works.
We supplied modular scaffolding systems to support exterior cladding work on high-rise residential towers.
We provided temporary load-bearing scaffolding arrays to construct performance stages, screen towers, and public walkways.
We supplied dimensionally stable timber paneling and joist supports for structural floor slab castings.
We supplied corrosion-resistant shoring systems for canal retaining walls and lock repair structures.
We provided heavy steel shoring props and formwork structures to support large-scale balanced cantilever concrete placements.
We configured custom heavy steel shoring props to support lateral loads during bridge pier reinforcements.
We engineered structural steel frames and cleanroom access scaffold layouts to support complex high-precision manufacturing lines.
Analyzing localized scaffolding and shoring requirements based on region-specific safety standards and site environments.
Projects near oceans, such as port pipeline construction or seaside bridge maintenance, face high salt and humidity levels. For these areas, we supply hot-dip galvanized components with a minimum zinc thickness of 85 microns to delay rust formation and extend the system's working life.
Urban sites typically have limited footprint space and strict assembly timelines. Our ringlock scaffolding configurations feature quick-locking wedge connectors, helping onsite crews install platforms up to five times faster than traditional tube-and-clamp setups.
Constructing highway flyovers and railway crossings requires supporting heavy concrete forms. For these applications, we supply solid steel jack bases made from Q355B structural steel, rated for vertical load limits of up to 10 metric tons per base point.
Find direct answers to common questions about technical specifications, material selections, and custom production services.
Solid jack bases use a solid steel bar, providing high load-bearing capacity for heavy civil engineering applications. Hollow jack bases use thick-walled steel tubing, offering a lighter option that is easier to handle on-site while still meeting standard load requirements.
Standard electro-galvanized coatings offer basic protection for indoor or low-humidity use. For outdoor construction, high-humidity, or coastal projects, our hot-dip galvanized treatment applies a thicker zinc layer (≥85µm) that resists corrosion, extending the safe operating life to 15-20 years.
Yes. Our manufacturing processes at Hebei Shuangyang follow EN 12810/12811 guidelines. We conduct testing for structural thickness, load limits, and weld quality to ensure compliance with European standards.
Yes. Through our ODM services, we manufacture base plates and threaded spindles to match the dimensional requirements, diameters, and thread profiles of specific third-party scaffolding systems.
With our production capacity and access to local ports like Tianjin, Jingtang, and Caofeidian, we maintain standard lead times of 20 to 35 days for high-volume orders, depending on customization requirements.
Explore our full range of structural shoring equipment, powered lifts, and formwork solutions designed to meet international safety criteria.
Zhuozhan
