Premium industrial concrete formwork and scaffolding products manufactured to strict international engineering standards
In modern high-scale infrastructure and industrial engineering, concrete formwork systems act as the baseline structure. Over the past decade, a major transition has occurred in global construction sites: traditional timber and low-grade plywood formwork systems are systematically being replaced by advanced metallic formwork systems. Driven by the global push for carbon neutrality, enhanced ESG (Environmental, Social, and Governance) parameters, and the rising costs of raw timber, construction contractors are selecting reusable steel and high-grade 6061-T6 aluminum formwork systems.
Industrial metallic formwork offers structural reliability, high dimensional accuracy, and an exceptionally high reuse rate. While wooden frameworks typically fail after 5 to 10 cycles, high-strength steel formwork structures engineered from certified carbon steels can easily sustain over 300 cycles when properly maintained. This structural longevity translates to a massive drop in per-cycle tooling costs, making it the most cost-effective structural solution for high-density residential towers, bridge engineering, high-capacity subway tunnels, and heavy chemical industrial facilities.
An integrated industrial powerhouse of scientific research, manufacturing, and global commerce
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.
Our key manufacturing engine, Hebei Shuangyang Metal Structure Co., Ltd., founded in 2014, has rapidly advanced to the forefront of the industry. Located on a state-of-the-art industrial layout occupying a total area of 13,132.68 square meters (with a construction footprint of 7,124.58 square meters), our plant hosts more than 500 highly skilled employees operating over 150 sets of advanced machinery and robotic production equipment.
Our commitment to continuous innovation is backed by 15 active patents, assuring advanced technology implementation in all vertical and horizontal structural components. Our annual production metrics reflect our deep capability to support large-scale industrial projects worldwide:
Unparalleled supply capabilities, geographic ease of transport, and strict QC protocols
40,000 square meters of total source factory area with over 200,000 tons of annual output volume capacity across lines.
Situated in Close Proximity to Three Major East China Shipping Hubs: Jingtang Port, Tianjin Port, and Caofeidian Port.
Proven collaboration experience with state-owned conglomerates including China Construction 4th & 8th Engineering Divisions.
All component sizes and alignment metrics are controlled under strict tolerances of ±1mm using high-precision tooling.
Engineered for extreme structural load capabilities, corrosion resistance, and speed of assembly
Fabricated from premium carbon-alloyed steel (Q355B and Q235 steel grades), our vertical support props provide a structural load capacity of up to 10 tons per unit—equivalent to 1.5 times the capacity of common support props.
Every steel component undergoes specialized hot-dip galvanization (HDG). The structural layer forms a highly corrosion-resistant alloy barrier, ensuring a functional lifespan of 15 to 20 years in maritime environments.
Featuring a modular interlocking ringlock design, a single operator can assemble 150 to 300 square meters of structural staging per day, achieving a 3x to 5x efficiency increase compared to traditional tube-and-clamp setups.
Our design patterns and mechanical specifications conform fully with international quality norms, including European standards EN 12810/12811 and ISO 9001 quality management procedures.
By leveraging high-strength alloys and geometry-optimized profiles, our systems achieve the same load-bearing parameters with up to 50% less steel volume, reducing transportation costs.
Using advanced automated welding lines, we limit dimensional variances to under ±1mm, eliminating structural alignment issues during heavy concrete pours.
Traceable manufacturing steps integrated with advanced pollution mitigation standards
Achieving structural reliability requires deep attention to metallurgy and physical tolerances. At Hebei Shuangyang, we run automated fabrication lines designed to optimize material utilization while managing industrial byproducts (such as scrap metal, process noise, and welding fumes).
Automated sawing of Q355B structural steel tubes. [Mitigated: solid steel scraps, mechanical noise]
Press lines punch holes at defined intervals to integrate connections. [Mitigated: steel slag]
Submerged multi-arc robot welding connects structural discs to the tube. [Mitigated: dust filtration]
Outsourced thermal hot-dip galvanization creates a thick anti-corrosion barrier.
Final inspection verifies dimension parameters before packaging.
Cutting steel tubes to precision ledger lengths. [Mitigated: sound enclosures]
Deforming and punching the tube ends to match casting inserts. [Mitigated: steel waste]
Automated welding attaches ledger casting ends to the steel tube.
The assembled ledger is hot-dip galvanized to ensure uniform external and internal coating.
Hydraulic riveting lines secure the locking wedge pins into the casting heads.
Visualizing our raw material yards, automated welding stations, and ready stock warehouses
Scaffolding Stock and Specifications Display
Modular Self-Locking Design & Installation Demo
Zhuozhan's 50,000㎡ Logistics and Storage Facility
Factory Operations and Production Overview
Ringlock Scaffold Production Process Demonstration
Ensuring rapid production and shorter lead times for volume exports.
Durable construction props and lock systems designed for global contractors
Zhuozhan's engineering systems successfully deployed across global projects
High-load shoring columns were installed to support rapid pouring schedules, ensuring structural load paths were managed during the concrete curing phase.
Provided lightweight frame scaffold setups matching EN standards, enabling facade access while minimizing structural setup footprint in urban neighborhoods.
Engineered structural support grids utilizing high-capacity Cuplock modular piping systems, designed to bear massive structural loads in high-temperature environments.
A full layout of self-locking modular ringlock towers, reducing onsite assembly schedules by 30% compared to typical steel structures.
Hot-dip galvanized ringlock steel structures deployed in coastal zones, resisting salt spray corrosion and supporting heavy overhead oil pipe configurations.
High-load shoring columns were installed to support concrete formwork during dynamic structural upgrades, ensuring stability under extreme load pressures.
Engineered arched shoring profiles to support heavy overburdens during structural concrete casting processes, preserving worker safety clearances.
Comprehensive facade staging scaffolding with safety mesh screens, matching industrial workspace guidelines for clean-room facility assembly.
Suspended structural platforms locked over water pathways, providing safe work decks without blocking shipping traffic below.
Anti-slip metal decking modules with custom geometry offsets, matching hull contours for hull welding access in dry-dock bays.
Engineered to resist high temperature margins and provide fast erection inside tight furnace cavities during shut-down servicing periods.
Wind-load optimized staging structures anchored to main columns, meeting safety regulations for high-elevation operations.
Configured for rapid setup and strike, providing support structures for speakers, light rigs, and production decks.
Mixed wooden formwork sections paired with steel props, adjusting to complex slab layout changes in high-density areas.
Moisture-resistant hollow plastic formwork panels utilized in channel structural walls, offering smooth concrete surfaces without decay issues.
Heavy steel girder formwork utilized to achieve structural spans. The system maintained alignment under complex concrete pumping pressures.
Close-up view of structural steel tie rods and framing interfaces, assuring structural tolerance limits of ±1mm.
Integrating pre-engineered steel structural columns and roof trusses, optimizing factory space for new production lines.
Zhuozhan products undergo certified testing to ensure absolute reliability on site
Purchasing formwork and scaffolding systems for global projects requires careful evaluation of safety compliance, logistics, and cost efficiency. Below is an engineering checklist designed for procurement managers:
Ensure the manufacturer uses verified carbon-alloyed steel. Look for Q355B steel, which provides high yield strengths to handle shoring pressures, preventing bending and failure during concrete casting.
Scaffolding elements must withstand environmental exposure. Specifying hot-dip galvanized coating (min. 60-80 microns thickness) ensures a long service life, protecting your investment from corrosion in high-humidity or coastal zones.
For modular ringlock scaffolding, verify rosette and pin measurements. Strict manufacturing tolerances (under ±1mm) prevent assembly delays on site.
Logistics costs can affect total purchase price. Factories located near major ports (such as Tianjin Port or Caofeidian Port) provide lower inland freight rates and faster ocean container routing.
Technical answers to your scaffolding and metallic formwork engineering queries
Preserving your high-load safety with our certified structural systems
Zhuozhan
