High-performance metal structures engineered to meet international safety and loading specifications.
Zhuozhan Group is a diversified and innovative enterprise that seamlessly integrates scientific research, manufacturing, and global sales. With a robust portfolio of specialized subsidiaries, including Laoting Zhuozhan International Trade Co., Ltd. and Hebei Shuangyang Metal Structure Co., Ltd., the group has firmly established itself as a pivotal manufacturing partner in the global construction and metal forming industries.
Founded in 2014, our key production division, Hebei Shuangyang Metal Structure Co., Ltd., occupies a state-of-the-art facility spanning 13,132.68 square meters (with 7,124.58 square meters of specialized manufacturing areas). Working with over 500 highly skilled metallurgical and structural professionals, the facility integrates more than 150 advanced manufacturing machinery sets to sustain global scale demands.
From advanced metallurgy to seamless multi-port transport logistics, our structural superiority is backed by statistics and certifications.
Our ring lock and cuplock systems carry full compliance with EN 12810/12811 and ISO 9001 quality management standards, utilizing premium hot-dip galvanized steel for extreme environmental durability.
Annual outputs reaching 300,000 tons of structural steel pipes, 1,000,000 tons of scaffolding arrays, and 400,000 tons of adjustable heavy-duty steel support columns to keep large-scale projects on schedule.
We work closely with construction engineers to execute custom steel specifications, architectural concrete formwork configurations, and dynamic custom loading tolerances up to 10 tons per node.
Our northern China operations are situated in close structural proximity to three major global commercial shipping centers: Jingtang Port, Tianjin Port, and Caofeidian Port, minimizing global dispatch transit time.
Our manufacturing plants operate under rigorous quality control standards, ensuring structural integrity and peace of mind on jobsites.
How our metallurgical advances reduce concrete shoring times while enhancing site safety thresholds.
Constructed primarily from structural-grade Q355B and Q345 steel, our systems provide a single-post vertical bearing capacity of up to 10 tons. This rating represents a 1.5x load factor enhancement compared to standard construction steel supports, reducing overall shoring density requirements.
The highly intuitive modular design allows field personnel to average installation rates of 150 to 300 square meters per day. This speed is 3 to 5 times faster than traditional tube-and-clamp setups, lowering labor costs and significantly accelerating concrete cycle timelines.
By optimizing structural load distribution paths, our metal formwork requires 50% less steel volume to achieve identical structural safety coefficients compared to conventional shoring systems, cutting transport weight by 1/2 to 1/3.
All load-bearing members undergo a rigorous hot-dip galvanization process. By forming a thick, corrosion-resistant metallurgical zinc-alloy coating, our structures boast a service life exceeding 10 years, with an average lifespan of 15 to 20 years under normal jobsite conditions.
Using robotic welding lines and computer-controlled sizing tools, the manufacturing dimensional tolerance of our components is maintained within a strict ±1mm margin. This guarantees a seamless structural fit and perfectly flush concrete finishes.
Compatible with nearly 100 civil construction and heavy industrial applications, including high-rise commercial structures, infrastructure tunnels, bridge pier columns, dock installations, and custom marine engineering tasks.
Detailed process documentation of vertical and horizontal member production, optimized for minimal environmental impact and maximum structural reliability.
Precision sizing of structural steel pipes. Monitored for noise and metal solid waste disposal.
High-speed mechanical pressing of structural wedge-pin insertion points.
Robotic ring-welding of disc node black components to the steel pipe. Managed under emission filters.
Immersion in molten zinc to form a deep metallurgical barrier coating.
Rigorous structural loading tests and dimensional validation checks before transport dispatch.
Raw steel pipes are cut to exact design specifications.
Secondary sizing and localized stamping of ledger connection ports.
Automatic connection of casting connector endpoints to the ledger pipe.
Anti-rust chemical zinc coating applied via certified hot-dip facilities.
Physical assembly of wedge pins to structural endpoints, followed by load testing.
Take an inside look at our 40,000㎡ production campus, highly automated robotic assembly cells, and logistics hubs.
Ensuring structural safety demands strict alignment with regional construction regulations and comprehensive site safety codes.
Global construction projects require strict safety verifications. We produce metal formwork products aligned to the following crucial construction standards:
We provide comprehensive digital drawing conversions and load-bearing layout services. Our structural engineering team converts standard blueprints into detailed 3D modular formwork schematics, identifying optimal ledger distribution nodes, vertical post shoring points, and brace vectors.
Our localized support division offers field safety instructions and assembly training resources, ensuring field staff achieve maximum productivity while adhering to local jobsite guidelines.
How our integrated operations, raw material access, and transport hubs provide unique price and delivery stability.
Our northern China operational footprint allows direct partnership with the region's largest primary steel manufacturing plants. This proximity ensures access to high-grade structural billets (like Q355B and Q345) even during periods of global supply constraint, ensuring consistent quality and pricing stability.
Proximity to Jingtang Port, Tianjin Port, and Caofeidian Port eliminates long-haul overland trucking fees. This structural location enables multi-vessel shipping configurations, faster customs clearance, and reduced maritime shipping rates for our international volume buyers.
We execute standard inspection procedures at every manufacturing step, tracking cast batches and pipe mill runs. Our structural verification laboratory checks weld penetrations, zinc thickness tolerances, and node yield strengths, providing clients with verified material test reports (MTRs) for every delivery.
Explore structural metal formwork and shoring system performance across diverse commercial and civil infrastructure jobsites.
High-stability shoring supports over deep-trench marine shipping pipelines, featuring hot-dip galvanized weather barriers.
Massive heavy-load support towers handling intense hydrostatic shoring pressures during structural spillway restorations.
Custom overhead arch shoring templates engineered for fast mechanical assembly inside narrow excavation profiles.
High-precision, multi-tier access platforms enabling rapid installation of structural facade materials.
Overhanging work platform suspended above active waterways, requiring certified node locking strength.
Corrosion-resistant access scaffold systems designed for marine exposure environments inside drydocks.
Thermal-resistant structure facilitating secure boiler component retrofits inside high-temperature interior spaces.
High-elevation perimeter platforms designed for high wind load ratings and thermal stability.
Rapid-assembly public staging structure complying with strict German safety parameters and load profiles.
Custom timber structural beams supporting slab casting cycles across 45 high-rise stories.
Lightweight, water-resistant modular plastic systems for river-bed concrete retaining walls.
Heavy-duty prefabricated steel formwork components custom-formed for complex bridge pier columns.
Precision shoring configurations handling massive vertical hydrostatic fresh concrete loads.
Long-span structural steel framing customized for advanced automotive cleanrooms and assembly areas.
Heavy-duty adjustable steel support columns stabilizing temporary structural transfer decks.
Lightweight structural steel access scaffolds for exterior plastering and facade restoration projects.
Modular access configurations wrapping complex piping networks, offering high stability.
Industrial access scaffold installation integrating cleanroom standards for machinery line positioning.
How digital workflows, environmental policies, and alloy developments are transforming jobsites worldwide.
Modern projects demand structural visualization long before material deliveries arrive. Digital formwork modeling integrates with BIM files to calculate exact load distribution layouts, material requirements, and cycle sequences. This optimization reduces components, eliminates assembly conflicts, and coordinates logistics schedules.
Global labor dynamics and safety policies are driving a shift towards high-strength, lightweight steel designs. By developing structures with thin-wall, high-yield alloys, manufacturers reduce transport weight and physical site handling strain without compromising critical loading capabilities.
Timber paneling waste is driving demand for sustainable alternatives. Long-life metal formwork and modular systems provide hundreds of reuse cycles, vastly reducing carbon footprints and jobsite material waste. At end of life, the steel components are 100% recyclable, aligning with modern green building directives.
Advanced commercial concrete pours incorporate digital pressure sensors built directly into the formwork panels. These sensors monitor hydrostatic pour pressures and concrete heat profiles in real time, notifying engineers of optimal structural striking times to safely accelerate cycle speeds.
Watch our manufacturing processes, automated production equipment, and on-site scaffold tests.
Critical engineering, procurement, and logistics details answered by our structural design directors.
Quality-certified equipment designed to keep complex infrastructure and commercial projects safe and productive.
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