Engineered for high accuracy and ultra-flat floor achievements in major Russian infrastructure and commercial warehouse projects.
Understanding local construction requirements and the imperative need for laser-controlled levelling efficiency.
Russia's logistics and warehousing sectors are experiencing unprecedented modernization. In major commercial epicenters like Moscow, Saint Petersburg, Novosibirsk, and Yekaterinburg, developers are building expansive fulfillment centers for e-commerce giants such as Ozon and Wildberries, alongside deep-freeze cold storage systems. These structures utilize high-bay wire-guided forklifts operating at heights up to 18 meters, demanding absolute floor flatness (meeting ASTM E1155 F-numbers FF 50/FL 35 or better, and German DIN 18202 standards).
Traditional manual concrete placing cannot guarantee the required tolerances. Small deviations cause high-speed forklifts to tilt, threatening warehouse safety and operational speed. This is where our state-of-the-art laser screeds become indispensable, utilizing real-time laser feedback loops to level, compact, and finish concrete surfaces to sub-millimeter tolerances in a single pass.
Russian construction conditions present unique challenges. Severe winter temperatures require heated mixing plants and rapid concrete pouring inside closed, heated shells. The concrete mixes used are often highly viscous, loaded with anti-freeze plasticizers and strength accelerators. These chemical additives quicken initial setting times, giving contractors narrow timeframes to lay and finish slabs.
Using our automatic ride-on and walk-behind laser screeds allows Russian construction companies to process up to 300 square meters of concrete per hour. By consolidating screeding, vibrating, and leveling into a single process, the machine finishes the slab before the accelerated concrete sets, preventing cold joints and securing structural integrity across massive industrial floor spaces.
A multi-disciplinary industrial group delivering unmatched engineering, scalability, and structural integrity worldwide.
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 division, Hebei Shuangyang Metal Structure Co., Ltd. (founded in 2014), is a pivotal subsidiary that has rapidly advanced to the forefront of the industry. Occupying a total area of 13,132.68 square meters (with a construction area of 7,124.58 square meters), we operate with more than 500 skilled employees and over 150 sets of advanced machinery. Over the years, Shuangyang has secured 15 patents, demonstrating our commitment to innovation and heavy engineering prowess.
Leveraging high production capacity, geographic location, and strict quality control standards for fast delivery.
The ring lock scaffolding and structural metal systems from Zhuozhan Industry have passed multiple international quality certifications (such as EN 12810/12811, ISO 9001). Utilizing high-strength hot-dip galvanized steel, we guarantee strong corrosion resistance, long service life, rigid nodes, and overall structural stability.
Our manufacturing center sits in close geographic proximity to three major northern Chinese ports: Jingtang Port, Tianjin Port, and Caofeidian Port. This allows for rapid container loading and ocean shipping, as well as efficient rail transport connections directly to Russian hubs via Manzhouli or Alashankou land borders.
Laoting Zhuozhan International Trade division focuses on providing customer-oriented solutions. Our engineering design team of over 20 specialists crafts custom metal frameworks, scaffolding, and machinery adjustments to suit the unique temperature profiles and construction parameters of each client's project.
Transparency in manufacturing steps is the core of our EEAT standards. Our high-tech facilities minimize size errors to less than ±1mm.
High-precision automated slicing of premium raw steel pipes. Solid waste is recovered and recycled.
Hydraulic pressing machines create perfect structural connection notches on the rods.
Robotic arms weld the steel pipe to the disc parts, creating stable, load-bearing joints with minimal human error.
Hot-dip zinc coating forms an anti-corrosion barrier designed to withstand cold, wet climates.
Strict QA team verifies size metrics, assuring loading capacities up to 10 tons before shipping.
Sourcing and cutting standard steel pipes down to exact length parameters.
Providing the physical clearance interfaces required for self-locking structural hooks.
Automated welding machines bond the punched steel pipe and cast joint fittings together.
Hot-dip galvanizing process ensuring uniform coating thickness over weld zones and internal pipe faces.
Mechanical riveting of locking pins to horizontal rods to allow rapid setup on-site.
Rods undergo load testing, sizing check, and packing into weather-proof shipping bundles.
Select your equipment and structural support elements from our certified production run, optimized for the Russian market.
Premium auxiliary options to secure concrete structures, high-altitude scaffolds, and heavy deck formworks.
Our structures and machinery conform to the highest safety codes, giving you confidence on the job site.
Our heavy-duty ringlock scaffolding components are certified to strict European parameters, ensuring reliable load-bearing capabilities up to 10 tons under windy, freezing, and humid conditions.
Every step of our process—from purchasing raw Q355B steel pipe to packaging the finished laser screed machinery—undergoes rigorous quality inspection to guarantee a long structural life.
With zinc coatings exceeding 80μm, our metallic structures achieve a normal service life of 15 to 20 years, making them ideal for the harsh weather variations of Northern and Eastern Europe.
Get a firsthand look at our automated operations, raw material storage, and welding facilities.
Our structural components and concrete technology have been deployed in critical, high-performance environments around the world.
Our heavy-duty steel props and structural supports provided reliable load capacities during concrete slab setting, meeting strict safety guidelines.
Precision hot-dip galvanized frame scaffolding sets allowed for safe, high-altitude facade repair work in tight urban layouts.
Engineered cuplock scaffolding systems designed to resist high wind forces and securely hold industrial pipe networks during installation.
Ringlock scaffolding towers reaching high working levels, ensuring stable conditions for structural welding and exterior panel positioning.
Temporary structural scaffolding setup designed for fast assembly and disassembly, conforming to strict German DIN standards.
High-performance wooden formwork sheet application ensuring excellent surface finish on cast-in-place concrete pillar arrays.
Detailed technical answers for procurement directors, structural engineers, and site managers.
Our laser screed machines are built with low-temperature fluid packages, using specialized hydraulic oil and engine lubricants designed to function reliably down to -25°C. To ensure accuracy when pouring inside heated enclosures, the laser receiver sensors utilize optical filtering to prevent interference from warm air currents or dust. Additionally, our high-frequency electric vibrators are sealed against humidity, preventing frost buildup on critical moving parts.
Our automated control laser screeds consistently achieve high floor flatness (FF) and floor levelness (FL) numbers, typically exceeding FF 45/FL 35 in real-world conditions. On carefully prepared subgrades with consistent concrete mixes, they can reach super-flat parameters of FF 60+ (FL 45+). This level of precision meets German DIN 18202 Class IV standards and ASTM E1155 guidelines, which are required for high-bay logistics warehouses using automated guided vehicles (AGVs).
Our factory is strategically located near Jingtang and Tianjin ports, which connect directly to Sino-Russian railway terminals. By loading equipment into standard GP or OT containers, we ship directly from our plant in Hebei to destination logistics hubs in Moscow, St. Petersburg, or Yekaterinburg via the Manzhouli or Erenhot rail land ports. This route reduces transit times to 15–20 days, compared to the 45-day sea route via St. Petersburg, while also protecting the machinery from moisture and sea salt corrosion.
We primarily use Q355B and Q345 high-strength structural carbon steel for our ringlock standards and main load-bearing verticals. Q355B steel offers high yield strength (minimum 355 MPa) and performs reliably under cold weather conditions down to -20°C, reducing the risk of low-temperature brittle fractures. This allows a single vertical rod tower to carry loads up to 10 tons, which is 1.5 times the capacity of standard Q235 steel systems.
Yes. The automated system supports both single and dual slope controls. The operator inputs the desired slope percentage into the laser transmitter (e.g., for drainage runoff in car parks or airport runways). The onboard hydraulic receivers monitor the laser reference line at 10Hz, automatically adjusting the elevation of the screed head to maintain the programmed slope across the pour area.
We provide comprehensive virtual technical support, video setup guides, and detailed digital manuals in both English and Russian. For wear parts such as screed head vibration rubbers, laser receiver cables, and hydraulic filter elements, we maintain stock at our main export warehouses to ensure fast dispatch via express air freight or rail. We can also customize component kits to match your project schedule, ensuring minimal downtime on the job site.
Zhuozhan
