High-Quality Steel Concrete Formwork Factories & Supplier

Global Engineering, Scaffolding Integration, and Structural Core Solutions for Heavy-Duty Infrastructure

About Zhuozhan Group

Enterprise Strength & Industrial Scale of Hebei Shuangyang Metal Structure Co., Ltd.

Zhuozhan Group is a diversified, highly integrated structural manufacturing enterprise that operates at the intersection of material science, industrial design, and global trading. Our specialized subsidiaries, including Laoting Zhuozhan International Trade Co., Ltd. and Hebei Shuangyang Metal Structure Co., Ltd., offer turnkey structural concrete formwork systems, heavy-duty shoring configurations, and safety scaffolding platforms. With continuous innovation, robust supply chains, and extensive project references, we are a leading global structural engineering supplier.

Established in 2014, our manufacturing hub, Hebei Shuangyang Metal Structure Co., Ltd., occupies 13,132.68 square meters with a total construction footprint of 7,124.58 square meters. Running multiple advanced production lines and employing over 500 skilled structural fabricators and certified welders, we operate at a standard of precision that guarantees compliance with the most stringent global standards, including EN 12810/12811 and ISO 9001. Our factory maintains an annual output capacity of 300,000 tons of high-frequency welded steel pipes, 1,000,000 tons of ringlock/cuplock scaffolding, and 400,000 tons of heavy-duty adjustable steel props.

2014
Established Year
13,132㎡
Production Area
15+
National Patents
500+
Skilled Workers

Global Steel Formwork Industrial Landscape

Structural Engineering Insights, Metallurgical Standards, and Commercial Market Drivers

1. The Evolution of Structural Concrete Formwork Systems

Modern mega-projects demand formwork that is strong, fast to assemble, and safe. Traditional timber and low-grade plywood formwork are increasingly replaced by high-strength steel formwork systems, engineered plastic panels, and composite shoring. Steel concrete formwork provides dimensional stability and can be reused hundreds of times, reducing the cost-per-pour. It is crucial for high-rise buildings, heavy bridge columns, and municipal subways where concrete pressure exceeds the structural limits of wood or thin aluminum.

2. Deep Metallurgical Analysis: Why Steel Type Matters

Using premium steel alloys such as Q355B (similar to European S355JR) ensures high yield strength (minimum 355 MPa) and excellent weldability. For heavy-duty vertical structures and deep slab shoring, using substandard Q235 steel can lead to deflection under heavy concrete pours. Hot-dip galvanization (conforming to EN ISO 1461) forms a durable zinc-iron alloy layer that prevents rust in damp environments, extending formwork life up to 15-20 years.

3. Supply Chain Resilience and Global Logistics

Logistics costs directly affect project budgets. Hebei Shuangyang's manufacturing facility is located near three major shipping hubs: Jingtang Port, Tianjin Port, and Caofeidian Port. This helps secure raw steel supplies and guarantees cost-effective shipping to key markets in North America, Europe, Southeast Asia, and the Middle East.

High Yield Materials

Fabricated using Q355B and Q345 hot-rolled structural steel, providing a 10-ton single-post load capacity—1.5 times that of standard steel formwork systems.

Corrosion Prevention

Our hot-dip galvanization process deposits a uniform zinc layer (min. 60-80 microns), protecting the steel against corrosion for 15 to 20 years in maritime climates.

Dimensional Precision

Automated cutting, punch stamping, and robotic welding ensure tolerances within ±1mm, preventing concrete leakage and uneven joints.

Advanced Production Engineering & Environmental Control

Visualizing the manufacturing processes for vertical and horizontal structural components

Below is Hebei Shuangyang's manufacturing process, showing the production flow from raw steel pipes to galvanized, load-tested final assemblies. We balance high-output automation with pollution control (dust extraction, noise dampening, and waste recycling) at every step.

Vertical Rod Production Process

1

Blanking & Precise Cutting

Raw steel pipes are cut to exact lengths. Industrial noise and scrap steel are managed through acoustic shielding and scrap recycling.

2

High-Speed Punching

Heavy hydraulic machinery punches node holes, preparing the steel for rosette attachments.

3

Automatic Ring & Rosette Welding

Advanced robotic welding joins the steel pipe with rosette connectors, ensuring strong joints and minimal distortion.

4

Hot-Dip Galvanization

Components are treated in a hot-dip galvanizing bath to form a durable protective layer.

5

Quality Testing & Shipping

Finished vertical rods are load-tested and stored in our warehouse, ready for dispatch.

Horizontal Ledger Production Process

1

Ledger Tube Blanking

Steel tubes are cut to target ledger sizes using automated saws.

2

End-Flattening & Punching

Ledger ends are press-formed and punched to accept cast-steel ledger ends.

3

Robotic End Welding

Cast-steel ledger ends are welded to the tube body using automated multi-axis welding machines.

4

Galvanization & Pin Riveting

Tubes are galvanized, and wedge pins are riveted into the ledger ends to complete the self-locking connection.

5

Final Quality Check

Dimensions are verified using Go/No-Go gauges, and components are bundled for transport.

Hot Products Showcase

High-demand scaffolding and heavy-duty shoring solutions used by construction firms worldwide.

Zhuozhan Reliable Safe q235 Steel Props

Zhuozhan Reliable Safe q235 Steel Props construction project

Heavy-duty adjustable steel props with simple pin lock mechanisms. Perfect for slab shoring applications.

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Heavy-Duty Galvanized Pipe

Heavy-Duty Galvanized Pipe for Support Frames

Durable hot-dip galvanized structural steel tubing for modular support framing systems.

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Q235 Galvanized Scaffold Fastener

Q235 Galvanized Scaffold Fastener for Pipe fitting connection

Right-angle and swivel couplers forged from Q235 steel, designed to secure tube-and-clamp setups.

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200-300mm Extension Range Adjustable Sleeve Couplers

200-300mm Extension Range Adjustable Sleeve Couplers

Durable sleeve couplers for scaffold tube extensions. Tested for high tension and load resistance.

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3.25mm Wall Thickness ringlock steel scaffolding

3.25mm Wall Thickness ringlock steel scaffolding for Painting Projects

Lightweight but robust modular staging for commercial painting, stucco, and facade maintenance.

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Reusable hydraulic ringlock scaffolding

Reusable hydraulic ringlock scaffolding for Slab Shoring

Advanced hydraulic slab-lifting shoring system, minimizing setup times for multi-story concrete pours.

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Hot-dip Galvanized Heavy-duty Q345 Cuplock

Hot-dip Galvanized Heavy-duty Q345 Cuplock Scaffolding

Our classic, high-rigidity cuplock node scaffolding. Excellent resistance to shear and compression.

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Cuplock scaffold System for Working Frame

Cuplock scaffold System for Working Frame and Support Frame

Durable support system with cup-and-blade connections. Fast assembly without loose fittings.

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Global Project Case Studies

Proving performance across infrastructure, commercial real estate, and energy sectors.

Nanjing South Railway Station

Nanjing South Railway Station Expansion

Hebei Shuangyang supplied heavy-duty adjustable steel props, ensuring stable concrete pours for terminal extensions under continuous vibration.

Bologna Residential Renovation

Bologna Residential Facade Renovation

Supplied quick-connection frame scaffolding, meeting strict European EN 12810 safety standards while reducing assembly time by 40%.

Power Plant Expansion

Power Plant Boiler Shoring Solution

Our high-strength cuplock scaffolding systems supported industrial pipe racks during a major plant expansion.

Smart Manufacturing Plant

Changzhou Smart Manufacturing Plant (2023)

Designed and built modular heavy shoring systems to support long-span roof beams and heavy production equipment loads.

Port Pipeline Construction

Port Pipeline Scaffolding Solution

Galvanized ringlock scaffolds installed in tidal zones, providing corrosion protection and stable work platforms.

Hydropower Dam Upgrade

Hydropower Dam Concrete Spillway Upgrade

Supplied high-strength concrete shoring arrays to withstand heavy hydrostatic pressures during structural reinforcement.

Highway Tunnel Construction

Highway Tunnel Concrete Arch Formwork

Supplied curved steel formwork panels, ensuring precise concrete casting and structural safety inside the tunnel.

Science & Technology Park

Science & Technology Park Factory Building

Fast-erecting ringlock scaffolding system deployed for external curtain wall installation and concrete columns.

Bridge Renovation Project

Bridge Renovation Platform - Tianjin, China

Suspended scaffold platforms allowed highway traffic to continue underneath while workers repaired the bridge deck.

Shipbuilding Marine Engineering

Marine Engineering & Shipbuilding scaffolding

Specially coated galvanized frames built to handle high salt spray environments inside dry docks.

Thermal Power Plant Boiler

Shandong Thermal Power Plant Maintenance

Designed stable scaffolding systems to fit inside narrow boiler compartments for high-temperature maintenance work.

Downtown Dubai High-Rise

High-Rise Facade Construction - Dubai, UAE

Our climbing scaffolding systems supported outer walls on a 60-story tower, providing safe work zones at extreme heights.

Music Festival Berlin

Berlin International Music Festival Stage

Supplied load-certified ringlock scaffolding towers to support heavy acoustic arrays, lighting rigs, and digital screens.

Wooden Formwork Jakarta

Office Tower Wooden Formwork - Jakarta, Indonesia

Supplied premium film-faced plywood and support beams, ensuring a clean concrete finish for internal columns.

Danube River Channel

Danube River Channel Renovation - Hungary

Our engineered plastic formwork panels prevented water damage and simplified cleanup in wet conditions.

Chengdu Tianfu Bridge Expansion

Tianfu Avenue-Yangma Bridge Expansion (Part I)

Supplied custom steel concrete formwork panels for casting large-diameter bridge piers over the riverbed.

Chengdu Tianfu Bridge Expansion Part II

Tianfu Avenue-Yangma Bridge Expansion (Part II)

Delivered and installed heavy-duty steel support columns for overpass spans, maintaining tight project schedules.

Bosch NEV Workshop Suzhou

Bosch NEV R&D and Workshop Expansion

Supplied structural steel framing components to build a high-span factory roof structure.

Certified Quality & Global Manufacturing footprint

A closer look at our quality control processes, certifications, and international facilities.

Our scaffolding and formwork systems are certified to meet international standards. We run 14 automated production lines and manage a 50,000㎡ factory warehouse to keep core parts in stock and process orders quickly.

Factory Operations & Scaffold Demonstrations

Ringlock scaffolding inventory: standard and custom parts kept in stock.
Ringlock scaffolding safety and assembly demonstration.
50,000㎡ warehouse and logistics center overview.
Production lines showing automated cutting and welding setups.
Factory operations, safety checks, and production flow overview.
Demonstration of our robotic welding process for ringlock scaffolding.

International Quality Certifications

Global Offices & Facilities

We operate offices, engineering teams, and inventory warehouses across key global hubs to ensure fast shipping and local support.

UNITED STATES | CANADA | CHINA | HONG KONG (CN) | MALAYSIA | THAILAND | INDONESIA
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Corporate Strategy & Philosophy

Aligning manufacturing precision with safe structural engineering

Quality First Policy

We maintain strict quality control at every stage of production. From raw steel selection to the final weld inspections, our priority is providing reliable, long-lasting products for our customers' sites.

Global Vision

We aim to be a leading supplier in the global metal products industry, developing high-quality shoring and scaffolding systems that support infrastructure development and industrial construction worldwide.

R&D Innovation

We continuously invest in material testing and automated manufacturing techniques to improve product performance, reduce setup times, and meet the changing safety requirements of global building projects.

Technology Roadmap & Future Outlook

How we are preparing for the next generation of smart concrete formwork and scaffolding systems.

Phase 1: Advanced Robotics & Welding Automation
Automated Ringlock & Ledger Production

Upgrading welding stations with multi-axis robotic arms to achieve consistent penetration and weld strength, eliminating human welding errors and maintaining dimensional tolerances within ±0.5mm.

Phase 2: Environmentally Friendly Galvanizing & Coatings
Next-Generation Zero-Discharge Galvanizing Lines

Partnering with certified galvanizing facilities to use low-temperature zinc baths and closed-loop waste filtration, reducing emissions while maintaining a rust-free service life of over 15 years.

Phase 3: Digital Integration & BIM Compatibility
Digital Formwork Modeling & Smart Logistics

Developing CAD/BIM libraries for our modular steel concrete formwork and ringlock lines. This allows engineers to model structural loads virtually, ensuring exact product counts and reducing site waste.

Technical FAQ & Engineering Support

Detailed technical answers for procurement managers and structural engineers.

Why choose steel concrete formwork over timber or aluminum?
Steel concrete formwork offers higher load capacity, superior stiffness, and dimensional accuracy under high concrete pressures. Unlike wood, which warps and degrades, or aluminum, which is prone to denting, steel formwork can be reused hundreds of times, providing a lower cost-per-pour.
How does Hebei Shuangyang ensure welding safety for its scaffolding and support components?
We use robotic welding systems and inspect welds through non-destructive methods (NDT) and regular load tests. Our ringlock rosette connections and vertical components are designed and certified to comply with EN 12810/12811 standards.
What steel grades are used in your scaffolding and prop systems?
We primarily use Q355B (yield strength ≥ 355 MPa) and Q345 steel for heavy load-bearing structural tubes and rosettes, and Q235 steel for accessories and frame tubes. This ensures structural strength and stability.
What is the typical thickness and service life of the galvanized coating?
Our products undergo hot-dip galvanizing, which produces a zinc layer thickness between 60 to 80 microns (conforming to EN ISO 1461). This provides 15 to 20 years of corrosion resistance under normal field conditions.
How does your proximity to major ports benefit international customers?
Our facility is located near three major shipping hubs: Jingtang Port, Tianjin Port, and Caofeidian Port. This simplifies container logistics, shortens transport times, and lowers ocean freight costs.